TW201801463A - Hand-pull switch type DC inverter ceiling fan control device and system thereof capable of providing multiple control modes to increase convenience in use - Google Patents
Hand-pull switch type DC inverter ceiling fan control device and system thereof capable of providing multiple control modes to increase convenience in use Download PDFInfo
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本發明是有關於一種吊扇控制裝置及其系統，特別是指一種手拉開關式直流變頻吊扇控制裝置及其系統。The invention relates to a ceiling fan control device and a system thereof, in particular to a pull switch type DC frequency conversion ceiling fan control device and a system thereof.
傳統手拉開關式吊扇裝置中，使用者是藉由拉放一拉線以連動其內部之一機械變速裝置，進而控制一吊扇的轉動速度，然而，使用者每次要調整轉速時都必須起身拉放該拉線，對於行動不便者或是身高較低的孩童十分不方便。In the traditional hand-operated switch-type ceiling fan device, the user controls a rotating speed of a ceiling fan by pulling a pull wire to link a mechanical transmission in the interior thereof. However, the user must stand up every time he wants to adjust the rotation speed Pulling this cable is very inconvenient for people with reduced mobility or children with low height.
為此，近年來已逐步發展遙控方式，其方法是於原本的吊扇裝置上增設一個控制器，由於該控制器是以降壓方式達成轉速降低變化，因此，需將該機械變速裝置的變速段速調到最大後固定，以提供該控制器足夠的電壓空間以進行調速，但此方式會使得該拉線失去調速作用，若改裝後使用者遺失遙控器時，則會面臨無法調整轉速的窘境，故使用便利性仍然有待加強。For this reason, in recent years, a remote control method has been gradually developed. The method is to add a controller to the original ceiling fan device. Since the controller achieves a decrease in speed by reducing the pressure, it is necessary to change the speed of the mechanical transmission. It is fixed after being adjusted to the maximum to provide the controller with sufficient voltage space for speed adjustment. However, this method will make the cable lose its speed adjustment function. If the user loses the remote control after the modification, he will face Dilemma, so the convenience of use still needs to be strengthened.
因此，本發明之目的，即在提供一種可增加使用便利性的手拉開關式直流變頻吊扇控制裝置。Therefore, an object of the present invention is to provide a pull switch type DC inverter ceiling fan control device which can increase the convenience of use.
於是，本發明手拉開關式直流變頻吊扇控制裝置，適用於電連接於一個拉線開關裝置及一個直流變頻馬達間，該拉線開關裝置供一使用者操作以輸出一拉線信號，該直流變頻馬達受一直流變頻驅動信號控制而運作，該手拉開關式直流變頻吊扇控制裝置包含一個接收單元及一個控制單元。Therefore, the hand-operated switch-type DC variable frequency ceiling fan control device of the present invention is suitable for being electrically connected between a pull-wire switch device and a DC variable-frequency motor. The pull-wire switch device is operated by a user to output a pull-wire signal. The variable frequency motor is controlled by a direct current variable frequency drive signal, and the control device of the hand-operated switch type DC variable frequency ceiling fan includes a receiving unit and a control unit.
該接收單元接收一第一遙控信號，並輸出一至少相關於該第一遙控信號的遙控輸入信號。The receiving unit receives a first remote control signal and outputs a remote control input signal at least related to the first remote control signal.
該控制單元接收一輸入電源、該拉線信號及該遙控輸入信號，並輸出相關於該輸入電源、該拉線信號及該遙控輸入信號其中之一的該直流變頻驅動信號，該直流變頻驅動信號對應於驅動該直流變頻馬達運轉、停止、及調整運轉速度。The control unit receives an input power source, the cable signal and the remote control input signal, and outputs the DC variable frequency drive signal related to one of the input power source, the cable signal and the remote control input signal, the DC variable frequency drive signal Corresponding to driving the DC inverter motor to drive, stop, and adjust the running speed.
因此，本發明之目的，即在提供一種可增加使用便利性的手拉開關式直流變頻吊扇控制系統。Therefore, an object of the present invention is to provide a pull switch type DC inverter ceiling fan control system which can increase the convenience of use.
於是，本發明手拉開關式直流變頻吊扇控制系統，適用於電連接一個受一直流變頻驅動信號控制而運作的直流變頻馬達，該手拉開關式直流變頻吊扇控制系統包含一個拉線開關裝置及一個手拉開關式直流變頻吊扇控制裝置。Therefore, the hand-switched DC variable frequency ceiling fan control system of the present invention is suitable for electrically connecting a DC variable-frequency motor that is controlled by a direct-current variable-frequency drive signal. The hand-switched DC frequency-controlled ceiling fan control system includes a pull-wire switch device and A hand-switched DC inverter ceiling fan control device.
該拉線開關裝置供一使用者操作以輸出一拉線信號。The pull switch device is operated by a user to output a pull signal.
該手拉開關式直流變頻吊扇控制裝置包括一個接收單元及一個控制單元，該接收單元接收一第一遙控信號並輸出一至少相關於該第一遙控信號的遙控輸入信號，該控制單元接收一輸入電源、該拉線信號及該遙控輸入信號，並輸出相關於該輸入電源、該拉線信號及該遙控輸入信號其中之一的該直流變頻驅動信號，該直流變頻驅動信號對應於驅動該直流變頻馬達運轉、停止、及調整運轉速度。The control device for a hand-switchable DC-type variable frequency ceiling fan includes a receiving unit and a control unit. The receiving unit receives a first remote control signal and outputs a remote control input signal at least related to the first remote control signal. The control unit receives an input. The power source, the cable signal and the remote control input signal, and output the DC variable frequency drive signal related to one of the input power source, the cable signal and the remote control input signal, the DC variable frequency drive signal corresponding to driving the DC frequency converter The motor runs, stops, and adjusts the running speed.
本發明之功效在於：藉由令該控制單元輸出該直流變頻驅動信號以驅動該直流變頻馬達運轉、停止、及調整運轉速度，及藉由令該控制單元於接收該輸入電源、該拉線信號及該遙控輸入信號後分別作對應的處理，能維持該拉線開關裝置的調速作用、同時提供多個控制方式，增加使用上的便利性。The effect of the present invention is: by causing the control unit to output the DC variable frequency drive signal to drive the DC variable frequency motor to run, stop, and adjust the operating speed, and by allowing the control unit to receive the input power and the cable signals The corresponding processing is performed after the remote control input signal, which can maintain the speed regulating effect of the pull switch device and provide multiple control methods at the same time, increasing the convenience in use.
參閱圖1，本發明手拉開關式直流變頻吊扇控制系統之一實施例，適用於電連接一個受一直流變頻驅動信號控制而運作的直流變頻馬達8，該手拉開關式直流變頻吊扇控制系統包含一個拉線開關裝置2，及一個手拉開關式直流變頻吊扇控制裝置3。Referring to FIG. 1, an embodiment of a hand-operated switch-type DC variable frequency ceiling fan control system according to the present invention is suitable for electrically connecting a DC variable-frequency motor 8 that is controlled by a direct-current variable-frequency drive signal. The hand-operated switch-type DC variable frequency ceiling fan control system It includes a pull-wire switch device 2 and a pull-switch-type DC variable frequency ceiling fan control device 3.
該拉線開關裝置2包括一拉線21，使用者藉由拉放該拉線21以令該拉線開關裝置2輸出一對應的拉線信號。The pull switch device 2 includes a pull cable 21, and the user pulls the pull cable 21 to cause the pull switch device 2 to output a corresponding pull signal.
該手拉開關式直流變頻吊扇控制裝置3具有一個接收單元4，及一個控制單元5。The hand-operated switch-type DC frequency conversion ceiling fan control device 3 includes a receiving unit 4 and a control unit 5.
該接收單元4包括一第一遙控接收裝置41、一第二遙控接收裝置42，及一接收控制裝置43。The receiving unit 4 includes a first remote receiving device 41, a second remote receiving device 42, and a receiving control device 43.
該第一遙控接收裝置41接收一第一遙控信號並輸出一相關於該第一遙控信號的第一輸入信號，該第二遙控接收裝置42接收一第二遙控信號並輸出一相關於該第二遙控信號的第二輸入信號，該接收控制裝置43接收該第一輸入信號及該第二輸入信號並輸出相關於該第一輸入信號及該第二輸入信號的一遙控輸入信號。The first remote control receiving device 41 receives a first remote control signal and outputs a first input signal related to the first remote control signal. The second remote control receiving device 42 receives a second remote control signal and outputs a second remote control signal. The second input signal of the remote control signal. The receiving control device 43 receives the first input signal and the second input signal and outputs a remote control input signal related to the first input signal and the second input signal.
值得一提的是，於圖1中，該接收單元4以包括兩個遙控接收裝置41、42作為說明，但該接收單元4亦可如圖2所示只包含一個第一遙控接收裝置41，或是包含三個以上的遙控接收裝置，其數量依實際需求而定，並不以此為限。It is worth mentioning that in FIG. 1, the receiving unit 4 is described by including two remote control receiving devices 41 and 42, but the receiving unit 4 may also include only a first remote control receiving device 41 as shown in FIG. 2. Or include more than three remote control receiving devices, the number of which depends on actual needs, and is not limited to this.
於圖1中，該第一遙控接收裝置41及該第二遙控接收裝置42所使用之通訊技術分別由射頻技術(Radio frequency，縮寫為RF)、WIFI、BitTorrent協定(縮寫為BT)、紅外線通訊技術(Infrared Data Association，縮寫為IrDA)等技術中選出，且該第一遙控接收裝置41、該第二遙控接收裝置42可使用不同之通訊技術，例如，該第一遙控接收裝置41選用射頻技術，而該第二遙控接收裝置42選用紅外線通訊技術，藉此，該第一遙控接收裝置41可搭配相同使用射頻技術的一遙控器91，並接收該遙控器91使用射頻技術輸出的該第一遙控信號，而該第二遙控接收裝置42則搭配相同使用紅外線通訊技術的一牆控遙控器92，並接收該牆控遙控器92使用紅外線通訊技術輸出的該第二遙控信號，如此，使用者可分別使用不同的通訊方式進行遙控，其中，該遙控器91及該牆控遙控器92僅為說明使用，其實際選用之遙控方式可依使用者需求而決定，並不限於此。In FIG. 1, the communication technologies used by the first remote control receiving device 41 and the second remote control receiving device 42 are respectively radio frequency technology (Radio frequency (abbreviated as RF)), WIFI, BitTorrent protocol (abbreviated as BT), and infrared communication. Technology (Infrared Data Association, IrDA for short), and the first remote receiving device 41 and the second remote receiving device 42 may use different communication technologies. For example, the first remote receiving device 41 uses radio frequency technology. The second remote control receiving device 42 selects infrared communication technology, whereby the first remote control receiving device 41 can be used with a remote control 91 that also uses radio frequency technology, and receives the first output of the remote control 91 using radio frequency technology. Remote control signal, and the second remote control receiving device 42 is matched with a wall control remote control 92 which also uses infrared communication technology, and receives the second remote control signal output by the wall control remote control 92 using infrared communication technology. Different remote communication methods can be used for remote control. Among them, the remote control 91 and the wall control remote 92 are for illustration only. The actual selection is The remote control method can be determined according to the needs of the user and is not limited to this.
同樣地，當該接收單元4包含三個以上的遙控接收裝置時，該等遙控接收裝置亦可以各自選用不同之通訊技術以增加遙控方式的多樣性。Similarly, when the receiving unit 4 includes more than three remote control receiving devices, the remote control receiving devices can also use different communication technologies to increase the diversity of remote control methods.
於圖2中，當該接收單元4只包含一個第一遙控接收裝置41時，同樣可搭配單一個或複數個使用相同通訊技術的遙控器，例如，當該第一遙控接收裝置41選用射頻技術時，可以只搭配使用射頻技術的一遙控器91，或是搭配相同使用射頻技術的一遙控器91及一牆控遙控器92，該接收控制裝置43於分別接收該遙控器91及該牆控遙控器92使用射頻技術輸出的該第一遙控信號後，會輸出相關於該第一遙控信號的該第一輸入信號至該接收控制裝置43，以便使用者控制該手拉開關式直流變頻吊扇控制裝置3。In FIG. 2, when the receiving unit 4 includes only a first remote control receiving device 41, it can also be used with a single or a plurality of remote controllers using the same communication technology. For example, when the first remote control receiving device 41 uses radio frequency technology In this case, only a remote control 91 using radio frequency technology, or a remote control 91 and a wall control remote 92 using the same radio frequency technology may be used. The receiving control device 43 receives the remote control 91 and the wall control respectively. After the remote control 92 uses the first remote control signal output by the radio frequency technology, it outputs the first input signal related to the first remote control signal to the receiving control device 43 so that the user can control the hand-operated switch-type DC frequency conversion ceiling fan control. Device 3.
該控制單元5接收一輸入電源、該拉線信號及該遙控輸入信號，並輸出相關於該輸入電源、該拉線信號、及該遙控輸入信號其中之一的該直流變頻驅動信號，該直流變頻驅動信號對應於驅動該直流變頻馬達8運轉、停止、及調整運轉速度，以連動一吊扇(圖未示)運轉、停止、及調整轉速。The control unit 5 receives an input power source, the cable signal, and the remote control input signal, and outputs the DC variable frequency drive signal related to one of the input power source, the cable signal, and the remote control input signal. The driving signal corresponds to driving the DC inverter motor 8 to run, stop, and adjust the operating speed, so as to operate, stop, and adjust the rotation speed in conjunction with a ceiling fan (not shown).
該控制單元5包括一控制裝置51，及一驅動裝置52。The control unit 5 includes a control device 51 and a driving device 52.
該控制裝置51具有一類比數位轉換電路511、一零點偵測電路512，及一控制器513。The control device 51 includes an analog digital conversion circuit 511, a zero point detection circuit 512, and a controller 513.
該類比數位轉換電路511接收該輸入電源並轉為一數位電源以提供該控制器513。The analog digital conversion circuit 511 receives the input power and converts it to a digital power to provide the controller 513.
值得一提的是，一般可直接以市電作為該輸入電源，但亦可以如圖1所示將一牆控式控制器93之輸出作為該輸入電源，此時，該牆控式控制器93所接收之一電源為市電。It is worth mentioning that, generally, the mains power can be directly used as the input power, but the output of a wall-controlled controller 93 can also be used as the input power as shown in FIG. 1. At this time, the wall-controlled controller 93 One of the power sources received is utility power.
其中，該牆控式控制器93可為一TRAIC調速牆控式控制器93或一開關牆控式控制器94。Wherein, the wall-controlling controller 93 may be a TRAC speed-controlling wall-controlling controller 93 or a switch wall-controlling controller 94.
參閱圖1及圖2，該零點偵測電路512偵測該輸入電源之零跨越點，以輸出相關的一偵測信號至該控制器513。其中，該偵測信號相關於該輸入電源之零跨越點的週期及導通角。Referring to FIG. 1 and FIG. 2, the zero point detection circuit 512 detects a zero crossing point of the input power to output a related detection signal to the controller 513. The detection signal is related to a period and a conduction angle of a zero crossing point of the input power.
該控制器513輸出一相關於該偵測信號、該拉線信號、及該遙控輸入信號其中之一的控制信號。The controller 513 outputs a control signal related to one of the detection signal, the cable signal, and the remote control input signal.
該控制器513於接收該拉線信號時，根據該拉線信號控制該驅動裝置52驅動該直流變頻馬達8運作；於接收該遙控輸入信號時，根據該遙控輸入信號控制該驅動裝置52驅動該直流變頻馬達8運作。The controller 513 controls the driving device 52 to drive the DC variable frequency motor 8 according to the cable signal when receiving the cable signal, and controls the driving device 52 to drive the DC device according to the remote input signal when receiving the remote control input signal. The DC inverter motor 8 operates.
該控制器513於判斷該偵測信號所對應的該輸入電源已受導角調整時，控制該驅動裝置52輸出相關於該輸入電源的該直流變頻驅動信號，此是由於該牆控式控制器93(TRAIC調速牆控式控制器或開關牆控式控制器)之輸出已受導角調整，亦即已包含相關轉速調控的資訊，故該控制器513不需再對其進行額外的控制處理，可以直接令該驅動裝置52根據該輸入電源輸出該直流變頻驅動信號。When the controller 513 judges that the input power corresponding to the detection signal has been adjusted by the lead angle, the controller 513 controls the driving device 52 to output the DC variable frequency drive signal related to the input power. This is due to the wall-controlled controller. The output of 93 (TRAIC speed-controlling wall-controlling controller or switch-wall-controlling controller) has been adjusted by the lead angle, that is, it has included the relevant speed regulation information, so the controller 513 does not need to perform additional control on it. For processing, the driving device 52 may be directly caused to output the DC variable frequency driving signal according to the input power.
該驅動裝置52受該控制信號控制以輸出該直流變頻驅動信號。The driving device 52 is controlled by the control signal to output the DC variable frequency driving signal.
於實際應用時，該控制單元5與該接收單元4可分別販售及設置，基本型的吊扇裝置可以只安裝該拉線開關裝置2、該控制單元5、該直流變頻馬達8及相關基本組件，使用者購買後，藉由拉放該拉線21即可控制該吊扇之運轉及轉速，若是使用者想要增加便利性時，可視其想要的控制方式而進行擴增，例如，若使用者想要增加使用該牆控式控制器93(TRAIC調速牆控式控制器或開關牆控式控制器)的控制方式，使用者僅需設置好該牆控式控制器93並連線至該控制單元5後，即可分別使用該拉線開關裝置2或該牆控式控制器93對該吊扇之運轉及轉速進行控制。In practical applications, the control unit 5 and the receiving unit 4 can be sold and installed separately. The basic ceiling fan device can only be installed with the pull-wire switch device 2, the control unit 5, the DC variable frequency motor 8, and related basic components. After the user purchases, the operation and speed of the ceiling fan can be controlled by pulling the pull cable 21. If the user wants to increase convenience, it can be expanded according to his desired control method. For example, if using If you want to increase the control method using the wall control controller 93 (TRAIC speed control wall control controller or switch wall control controller), users only need to set up the wall control controller 93 and connect to After the control unit 5, the pull switch device 2 or the wall control controller 93 can be used to control the operation and rotation speed of the ceiling fan, respectively.
若使用者想要增加使用遙控控制方式時，僅須配合所需的通訊技術額外購買、設置該接收單元4並連線至該控制單元5後，即可分別使用該拉線開關裝置2或遙控方式進行控制，例如，當使用者想要使用搭載射頻技術的遙控器91時，僅需選購具有搭載射頻技術的第一遙控接收裝置41之接收單元4再進行安裝即可，若此時使用者想要同時使用同樣搭載射頻技術的另一遙控方式(例如，牆控遙控器92)，僅需直接使用該牆控遙控器92即可，不需再額外選購安裝。If the user wants to increase the use of remote control, he only needs to purchase the additional communication unit with the required communication technology, set the receiving unit 4 and connect to the control unit 5, and then use the pull switch device 2 or remote control. For example, when the user wants to use the remote control 91 equipped with radio frequency technology, he only needs to purchase the receiving unit 4 having the first remote control receiving device 41 equipped with radio frequency technology and then install it. If you want to use another remote control method (for example, wall control remote control 92) that is also equipped with RF technology at the same time, you only need to use the wall control remote control 92 directly, without additional installation.
若是使用者想要同時使用搭載不同通訊技術的另一種遙控方式(例如，紅外線通訊技術的牆控遙控器92)時，則僅需再選購使用外線通訊技術的該第二遙控接收裝置42並增設於該接收單元4即可，因此，本實施例不僅具有極佳的擴充性，在擴充功能時亦僅需選擇所需的遙控接收裝置進行選購安裝即可，十分方便。If the user wants to use another remote control method equipped with different communication technologies at the same time (for example, the infrared remote control wall control remote control 92), the user only needs to purchase the second remote control receiving device 42 using external communication technology and It can be added to the receiving unit 4. Therefore, this embodiment not only has excellent expandability, but also only needs to select a required remote control receiving device for optional installation when expanding functions, which is very convenient.
如圖1所示，一般使用時，使用者可以依自身喜好及方便性，將上述之控制方式皆設置連線至該控制單元5，此時，使用者可任意選擇使用該拉線21、該遙控器91、該牆控遙控器92、或該牆控式控制器93(TRAIC調速牆控式控制器或開關牆控式控制器)以控制該控制單元5驅動該直流變頻馬達8調整該吊扇運轉、停止、及調整轉速，因此具有極佳的便利性，再者，即使使用者遺失該遙控器91或任何一種控制器，也仍然可以使用其他的控制方式來控制該控制單元5，不會面臨習知技術中遺失該遙控器91即無法控制的窘境。As shown in Fig. 1, in general use, the user can set the above control methods to be connected to the control unit 5 according to his own preference and convenience. At this time, the user can arbitrarily choose to use the pull wire 21, the Remote control 91, the wall control remote 92, or the wall control 93 (TRAIC speed control wall switch or switch wall control) to control the control unit 5 to drive the DC variable frequency motor 8 to adjust the The ceiling fan runs, stops, and adjusts the rotation speed, so it has excellent convenience. Furthermore, even if the user loses the remote control 91 or any kind of controller, he can still use other control methods to control the control unit 5. The dilemma of losing control of the remote control 91 in the conventional technology will be faced.
經由以上的說明，可將本實施例的優點歸納如下：Through the above description, the advantages of this embodiment can be summarized as follows:
一、藉由設置該控制單元5，並令該控制單元5輸出該直流變頻驅動信號以驅動該直流變頻馬達8運轉、停止、及調整運轉速度，可以直流變頻方式控制該吊扇的轉速，由於不是像習知技術以降壓方式達成轉速降低變化，因此不需固定該拉線開關裝置2的段數，而可以維持該拉線21的調速作用。First, by setting the control unit 5 and causing the control unit 5 to output the DC variable frequency drive signal to drive the DC variable frequency motor 8 to run, stop, and adjust the running speed, the speed of the ceiling fan can be controlled by DC variable frequency. As in the conventional technology, the rotation speed is reduced and reduced in a step-down manner, so the number of segments of the pull switch device 2 does not need to be fixed, and the speed regulating effect of the pull wire 21 can be maintained.
再者，藉由令該控制單元5於接收該輸入電源、該拉線信號及該遙控輸入信號後分別作對應的處理，能同時提供多個控制方式，故能增加使用上的便利性，不會面臨習知技術中遺失該遙控器91即無法控制的窘境。In addition, by allowing the control unit 5 to perform corresponding processing after receiving the input power, the cable signal, and the remote control input signal, multiple control modes can be provided at the same time, so the convenience in use can be increased. The dilemma of losing control of the remote control 91 in the conventional technology will be faced.
二、藉由於該控制裝置51中設置該零點偵測電路512及該控制器513，並令該零點偵測電路512偵測該輸入電源之零跨越點以提供至該控制器513，可供該控制器513判斷該輸入電源是否已受導角調整，並輸出對應的該控制信號，藉此，該控制單元5可以接收已受導角調整的該輸入電源並進行對應的處理，因此，本實施例可以搭配該TRAIC調速牆控式控制器或開關牆控式控制器等直接輸出已受導角調整之該輸入電源的控制器一起使用，故具有極佳的系統擴增性及使用便利性。2. The zero point detection circuit 512 and the controller 513 are provided in the control device 51, and the zero point detection circuit 512 is provided to detect the zero crossing point of the input power to provide to the controller 513, which can be used by the controller The controller 513 judges whether the input power has been adjusted by the steering angle and outputs the corresponding control signal, whereby the control unit 5 can receive the input power that has been adjusted by the steering angle and perform corresponding processing. Therefore, this implementation For example, it can be used with the TRIC speed-controlling wall-controlling controller or switch wall-controlling controller, which directly outputs the input power that has been adjusted by the lead angle, so it has excellent system expansion and convenience. .
三、藉由於該接收單元4內預先設置好可對應複數介面或軟體(搭配該第一遙控接收裝置41及該第二遙控接收裝置42等)的該接收控制裝置43，在使用者要擴充控制方式時，只需購買所需的遙控接收裝置並設置好後即可使用，因此，不僅具有極佳的擴充性亦十分方便擴充，再者，由於該等介面及軟體皆可依實際需求而進行變化，因此可以因應市場的需求變化進行調整，具有極佳的市場潛力。3. With the receiving control device 43 provided in the receiving unit 4 in advance, which can correspond to multiple interfaces or software (with the first remote receiving device 41 and the second remote receiving device 42), the user needs to expand the control In this way, you only need to purchase the required remote control receiving device and set it up and then you can use it. Therefore, it not only has excellent extensibility but is also very convenient to expand. Furthermore, since these interfaces and software can be carried out according to actual needs Changes can therefore be adjusted in response to changes in market demand, which has excellent market potential.
綜上所述，故確實能達成本發明之目的。In summary, it can indeed achieve the purpose of the invention.
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. When the scope of implementation of the present invention cannot be limited in this way, any simple equivalent changes and modifications made in accordance with the scope of the patent application and the content of the patent specification of the present invention are still Within the scope of the invention patent.
2‧‧‧拉線開關裝置
21‧‧‧拉線
3‧‧‧手拉開關式直流變頻吊扇控制裝置
4‧‧‧接收單元
41‧‧‧第一遙控接收裝置
42‧‧‧第二遙控接收裝置
43‧‧‧接收控制裝置
5‧‧‧控制單元
51‧‧‧控制裝置
511‧‧‧類比數位轉換電路
512‧‧‧零點偵測電路
513‧‧‧控制器
52‧‧‧驅動裝置
8‧‧‧直流變頻馬達
91‧‧‧遙控器
92‧‧‧牆控遙控器
93‧‧‧牆控式控制器2‧‧‧ Pull switch device
21‧‧‧Pull line
3‧‧‧Hand-switched DC inverter ceiling fan control device
4‧‧‧Receiving unit
41‧‧‧The first remote control receiving device
42‧‧‧Second remote control receiving device
43‧‧‧Receiving control device
5‧‧‧Control unit
51‧‧‧control device
511‧‧‧ analog digital conversion circuit
512‧‧‧Zero detection circuit
513‧‧‧controller
52‧‧‧Drive
8‧‧‧DC inverter motor
91‧‧‧Remote control
92‧‧‧Wall remote control
93‧‧‧Wall Controlled Controller
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是本發明手拉開關式直流變頻吊扇控制系統的一實施例的一方塊示意圖；及 圖2是該實施例的一接收單元的另一樣態的一方塊示意圖。Other features and effects of the present invention will be clearly presented in the embodiment with reference to the drawings, in which: FIG. 1 is a block schematic diagram of an embodiment of a hand-switched DC variable frequency ceiling fan control system of the present invention; and FIG. 2 It is a schematic block diagram of another aspect of a receiving unit in this embodiment.
2‧‧‧拉線開關裝置 2‧‧‧ Pull switch device
21‧‧‧拉線 21‧‧‧Pull line
3‧‧‧手拉開關式直流變頻吊扇控制裝置 3‧‧‧Hand-switched DC inverter ceiling fan control device
4‧‧‧接收單元 4‧‧‧Receiving unit
41‧‧‧第一遙控接收裝置 41‧‧‧The first remote control receiving device
42‧‧‧第二遙控接收裝置 42‧‧‧Second remote control receiving device
51‧‧‧控制裝置 51‧‧‧control device
511‧‧‧類比數位轉換電路 511‧‧‧ analog digital conversion circuit
512‧‧‧零點偵測電路 512‧‧‧Zero detection circuit
513‧‧‧控制器 513‧‧‧controller
52‧‧‧驅動裝置 52‧‧‧Drive
8‧‧‧直流變頻馬達 8‧‧‧DC inverter motor
91‧‧‧遙控器 91‧‧‧Remote control
43‧‧‧接收控制裝置 43‧‧‧Receiving control device
5‧‧‧控制單元 5‧‧‧Control unit
92‧‧‧牆控遙控器 92‧‧‧Wall remote control
93‧‧‧牆控式控制器 93‧‧‧Wall Controlled Controller
Claims (10)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW105118682A TWI622263B (en) | 2016-06-15 | 2016-06-15 | Hand-operated switch type DC variable frequency ceiling fan control device and system thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW105118682A TWI622263B (en) | 2016-06-15 | 2016-06-15 | Hand-operated switch type DC variable frequency ceiling fan control device and system thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW201801463A true TW201801463A (en) | 2018-01-01 |
| TWI622263B TWI622263B (en) | 2018-04-21 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW105118682A TWI622263B (en) | 2016-06-15 | 2016-06-15 | Hand-operated switch type DC variable frequency ceiling fan control device and system thereof |
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| Country | Link |
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| TW (1) | TWI622263B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI667875B (en) * | 2018-08-27 | 2019-08-01 | 瑞格電子股份有限公司 | DC brushless ceiling fan speed control device and control method |
| TWI703330B (en) * | 2019-03-15 | 2020-09-01 | 德禮實業有限公司 | Zero point detection circuit capable of controlling switch |
| TWI749459B (en) * | 2020-02-05 | 2021-12-11 | 林國尊 | Ceiling fan control system |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI507608B (en) * | 2013-02-08 | 2015-11-11 | Delta Electronics Inc | Variable frequency motor device and fan equipment thereof |
| TWM490593U (en) * | 2014-07-16 | 2014-11-21 | Fair Sound Light Corp | Wireless environment controlling system |
-
2016
- 2016-06-15 TW TW105118682A patent/TWI622263B/en active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI667875B (en) * | 2018-08-27 | 2019-08-01 | 瑞格電子股份有限公司 | DC brushless ceiling fan speed control device and control method |
| TWI703330B (en) * | 2019-03-15 | 2020-09-01 | 德禮實業有限公司 | Zero point detection circuit capable of controlling switch |
| TWI749459B (en) * | 2020-02-05 | 2021-12-11 | 林國尊 | Ceiling fan control system |
Also Published As
| Publication number | Publication date |
|---|---|
| TWI622263B (en) | 2018-04-21 |
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