M325700 .八'新型說明： 【新型所屬之技術領域】 本創作係與一種電路結構有關，特別是指一種全直流 吊扇燈整合電路結構。 【先前技術】 按，習知之吊扇者，係藉由一馬達驅動吊扇葉片轉動， '使兼具室内裝潢與調節室内溫度之功用，且近年來，於該 -吊扇上結合燈具形成-吊扇燈以增加其吊扇實用性，誠漸 吊扇燈已為家庭之必要家電品，該等吊扇燈多懸吊於天花 板上，並藉由一控制開關傳輸控制訊號至該馬達内之控制 電路，該控制電路再依所接收之控制訊號增加或減少該馬 達之轉速，使吊扇產生所需之風量，該燈具藉由另一控制 -開關傳輸控制訊號至該燈具所連接之控制電路，該控制電 路再依所接收之控制訊號增加或減少該燈具之亮度/ 【新型内容】 ^ 惟，一般豕庭電源所傳輸之電源為交流電壓，而當馬 達欲採用豸電力及低噪音之直流無刷馬達時，該馬達必須 響配置有一電源供應器，先將該交流電源轉換為直流電源， 且習用燈具為使用交流電源，故與馬達所需之電壓源不 同，且必須與馬達配置不同電路，以供應完整之電壓源給 該燈具，故整台吊扇燈佈線較複雜，且材料配置成本及生 產工時高，且，習用之燈具多利用相容之燈泡，更限制所 舄更換之燈泡類型，且其耗電更不具環保，且整台電路之 電壓不同易產生漏電危險，綜上所述，習知之吊扇燈實 待加以改善之必要性。 ^ 本創作係提供一種全直流吊扇燈整合電路結構，主要 5 M325700 _利用一控制電路一端連接一整流濾波電路，另端係分別連 接有一馬達及一燈具，該控制電路主要係有一控制訊號接 收單元接收外端之一控制模組所傳輸之控制訊號，再將該 控制訊號傳輸至一微電腦控制單元，經由該微電腦控制單 凡將其運算處理、分析及編碼，該微電腦控制單元並連接 該整流濾波電路以傳輸一動力至另端所連接之第一驅動迴 路以驅動所連接之馬達，該微電腦控制單元並外接有一第 二驅動迴路以驅動另端連接之燈具。 本創作所提供之全直流吊扇燈整合電路結構，藉由該 整流滤波電路用以將外部之交流電源直接轉換成馬達及燈 具所需之直流電壓，使整台吊扇燈皆為直流電壓，避免漏 電危險，增加使用安全’且其佈線簡單化，有效降低材料 配置成本及降低其生產 工時。 【實施方式】 首先，請參閱第一圖所示，係為本創作一種全直流吊 扇燈整合電路結構之較佳實施例之電路方塊圖，該整合電 .路結構係被適當固定於吊扇燈本體之外殼内，主要包含有 一整流濾波電路10及一控制電路2〇 ;其中： 該整流濾波電路10，係連接一外部電源3〇，該整流濾 波電路10用以將該外部交流電源轉換成所需之直流電源。 °亥控制電路20，其一端係連接該整流濾波電路10 -端’另端係分別連接有—馬賴及—燈具5Q，該馬達40係 為一直流無刷馬達’而該燈具50係可裝置市面上之燈管， = LED燈等’其中’該控制電路2〇主要係有一控制訊號接收 早元21接收外端之—控制模組6()所傳輸之控制訊號，該控 M325700 •制模組60對應該控制訊號接收單元21設有一無線控制單元 61，該無線控制單元61係包含有無線發射器611及無線接收 器612，该無線發射器611分別傳輸無線控制訊號至該無線 接收器612，再藉由該無線接收器612將無線控制訊號傳輸 至所連接之控制訊號接收單元21，而該控制訊號接收單元 21再將該控制訊號傳輸至一微電腦控制單元22，經由該微 電腦控制單元22將其運算處理、分析及編碼，且，該微電 ，腦控制單元22並連接一個霍爾元件25，該霍爾元件25並將 感應之直流無刷馬達磁性元件之位置變化回授一感測訊號 至該微電腦控制單元22，該微電腦控制單元22一端並連接 該整流濾波電路1 〇，以傳輸一動力至該微電腦控制單元 另端所連接之一第一驅動迴路23，以驅動該第一驅動迴路 -23所連接之馬達40，且該微電腦控制單元22並外接有一第 驅動迴路24，以驅動第二驅動迴路24另端連接之燈具 5 0，利用該弟二驅動迴路2 4提供低壓直流電源，以供燈具 50可配置各種與市面相容之燈管，另，該第一驅動迴路23 、及第二驅動迴路24亦分別連接外端之一第一手拉開關7〇及 響一第二手拉開關8〇，該第一手拉開關70及第二手拉開關80 並與整流濾波電路10相連接，藉由該整流濾波電路1〇傳送 動力至該第一驅動迴路23及第二驅動迴路24以驅動馬達4〇 及燈具50，其中，該微電腦控制單元22與該整流濾波電路 10間並連接一電源保護單元26，提供該控制電路2〇之電路 過電壓、過電流及過高溫之保護。 為供進一步瞭解本創作構造特徵、運用技術手段及所 預期達成之功效，茲將本創作使用方式加以敘述，相信當 7 M325700 可由此而對本創作有更深入且具體之瞭冑，如下所述： 馬達40及燈具50藉由安裝外接同一整流滤波電路1〇提 供所需之直流電源，該吊扇燈之馬達4〇及燈具5〇之控制模 組60為該無線控制單元61，則組料僅需將該吊扇燈之無 線接收器612適當固定於該吊扇燈之機殼内，並將該無線接 收器612之無線控制減輸$端分料接於該控制電路別 之控制訊號接收單元21之輸入端，另，並可裝置該第一手 拉開關70及二手拉開關80 一端連接該整流滤波電路1〇，另 籲端分別連接該第一驅動迴路23與第二驅動迴路24，因此， 該吊扇k組I几畢後，使用者則可藉由該無線發射器61}發 射:無線控制訊號，、經由對應之無線接收器612接收並傳輸 -至忒控制甙唬接收單兀21，再傳輸至該微電腦控制單元22 .之，入编，進而控制馬達50轉動吊扇葉片之轉速及燈具7〇 月〜度，且，使用者並可利用第一手拉開關7〇及第二手拉 碣關80利用手動啟動該馬達與燈具，並進而調整控制 _馬達50轉動之轉速及燈具70明亮度。 、立印參閱第二圖所示，係為本創作另一實施例之使用示 圖其構造與功能大致與本創作較佳實施例同，不同之 該燈具5〇如安裝pL燈管、可換式節能燈管或環型燈 B等日守，該燈具5〇與第二驅動迴路24間係連接有一升壓迴 路90丄以提供該燈具5〇所需電壓，藉以驅動該燈具5〇。 茲，再將本創作之特徵及其可達成之預期功效陳述如 下： 1、本創作之馬達及燈具分別連接同一整流濾波電 8 M325700 路，用以將外部之交流電源直接轉換成馬達及燈具所需之 直"IL電壓’使该整合電路結構有效降低材料配置成本，且 使整台吊扇燈皆為直流電源故可有效防止漏電危險，且其 佈線簡單化，減少其生產成本及降低其生產工時。 2、本創作之吊扇燈可藉由該控制電路之訊號接收單 π接收控制模組所傳輸之控制訊號，或可利用該第一手拉 開關及第二手拉開關驅動馬達及燈具，藉此，達到方便控 制調整使用該吊扇燈目的。 工M325700 . Eight new description: [New technical field] This creation is related to a circuit structure, especially a full DC ceiling fan light integrated circuit structure. [Prior Art] According to the conventional ceiling fan, the fan blade is rotated by a motor, which makes the interior decoration and the function of adjusting the indoor temperature, and in recent years, the lamp is formed on the ceiling fan - the ceiling fan lamp Increasing the practicality of the ceiling fan, the fan light has been a necessary home appliance for the family. The ceiling fan lights are suspended from the ceiling and the control signal is transmitted to the control circuit in the motor by a control switch. Increasing or decreasing the rotational speed of the motor according to the received control signal, so that the ceiling fan generates the required air volume, and the luminaire transmits a control signal to the control circuit connected to the luminaire by another control-switch, and the control circuit receives the control circuit again. The control signal increases or decreases the brightness of the luminaire / [new content] ^ However, the power transmitted by the general power supply is AC voltage, and when the motor wants to use 直流 power and low noise DC brushless motor, the motor must The power supply is configured to convert the AC power to DC power, and the conventional lamp is used for AC power, so it is required for the motor. The pressure source is different, and the circuit must be configured with a different circuit to supply a complete voltage source to the lamp. Therefore, the entire ceiling fan lamp wiring is complicated, the material configuration cost and production time are high, and the conventional lamps are compatible. The light bulb further limits the type of bulb to be replaced, and its power consumption is less environmentally friendly, and the voltage of the whole circuit is different to easily cause leakage danger. In summary, the conventional ceiling fan lamp needs to be improved. ^ This creation department provides a full DC ceiling fan light integrated circuit structure. The main 5 M325700 _ uses one control circuit to connect one rectifier filter circuit at one end, and the other end is connected with a motor and a lamp. The control circuit is mainly connected with a control signal receiving unit. Receiving a control signal transmitted by one of the control modules at the outer end, and transmitting the control signal to a microcomputer control unit, through which the computer controls the processing, analysis and encoding, and the microcomputer control unit is connected to the rectification filter The circuit transmits a power to the first drive circuit connected to the other end to drive the connected motor, and the microcomputer control unit is externally connected with a second drive circuit to drive the other connected lamp. The integrated DC ceiling fan light integrated circuit structure provided by the creation, the rectifier filter circuit is used to directly convert the external AC power source into the DC voltage required by the motor and the lamp, so that the entire ceiling fan lamp is DC voltage to avoid leakage Danger, increase the safety of use' and its wiring is simple, effectively reducing the cost of material allocation and reducing the production hours. [Embodiment] First, referring to the first figure, a circuit block diagram of a preferred embodiment of a full DC ceiling fan lamp integrated circuit structure is constructed, and the integrated electric circuit structure is appropriately fixed to the ceiling fan light body. The rectifying filter circuit 10 is connected to an external power source 3〇, and the rectifying and filtering circuit 10 is used to convert the external AC power into a required one. DC power supply. The cymbal control circuit 20 has one end connected to the rectifying and filtering circuit 10 - the end - the other end is respectively connected with - Ma Lai - the lamp 5Q, the motor 40 is a continuous brushless motor ' and the lamp 50 is capable of being installed The lamp on the market, = LED lamp, etc. 'The 'control circuit 2' mainly has a control signal to receive the control signal transmitted by the control module 6 () received by the external unit 21, which is controlled by M325700. The group 60 corresponding to the control signal receiving unit 21 is provided with a wireless control unit 61. The wireless control unit 61 includes a wireless transmitter 611 and a wireless receiver 612. The wireless transmitter 611 transmits a wireless control signal to the wireless receiver 612, respectively. The wireless control signal is transmitted to the connected control signal receiving unit 21 by the wireless receiver 612, and the control signal receiving unit 21 transmits the control signal to a microcomputer control unit 22 via the microcomputer control unit 22. The arithmetic processing, analysis and encoding, and the micro-electricity, brain control unit 22 is connected to a Hall element 25, which magnetically senses the induced DC brushless motor The position change of the component returns a sensing signal to the microcomputer control unit 22, and the microcomputer control unit 22 is connected to the rectifying filter circuit 1 at one end to transmit a power to the first drive connected to the other end of the microcomputer control unit. a circuit 23 for driving the motor 40 connected to the first driving circuit -23, and the microcomputer control unit 22 is externally connected with a first driving circuit 24 for driving the lamp 50 connected to the other end of the second driving circuit 24, using the brother The second driving circuit 24 provides a low-voltage DC power supply for the lamp 50 to be configured with various commercially compatible lamps. The first driving circuit 23 and the second driving circuit 24 are also respectively connected to the first hand of the outer end. The pull switch 7〇 and the second pull switch 8〇 are connected to the rectifying and filtering circuit 10, and the rectifying and filtering circuit 1 transmits power to the The first driving circuit 23 and the second driving circuit 24 drive the motor 4 and the lamp 50. The microcomputer control unit 22 and the rectifying and filtering circuit 10 are connected to a power protection unit 26 to provide the control circuit. 2〇 the circuit over voltage, over current protection and over-high temperatures. In order to further understand the characteristics of this creation, the use of technical means and the expected results, I will use the way of this creation, I believe that when the 7 M325700 can be more in-depth and specific to this creation, as follows: The motor 40 and the lamp 50 are externally connected to the same rectifying and filtering circuit 1 to provide the required DC power. The motor 4 of the ceiling fan lamp and the control module 60 of the lamp 5 are the wireless control unit 61. The wireless receiver 612 of the ceiling fan light is appropriately fixed in the casing of the ceiling fan lamp, and the wireless control of the wireless receiver 612 is deducted and connected to the input of the control signal receiving unit 21 of the control circuit. And the first pull switch 80 and the second-hand pull switch 80 are connected to the rectifying and filtering circuit 1 〇, and the other end is connected to the first driving circuit 23 and the second driving circuit 24 respectively. Therefore, the ceiling fan After the k group I is completed, the user can transmit the wireless control signal by the wireless transmitter 61}, receive and transmit via the corresponding wireless receiver 612 to the control unit. And then transferred to the microcomputer control unit 22, into, and then control the motor 50 to rotate the speed of the ceiling fan blade and the lamp 7 months, and the user can use the first hand switch 7 and the second hand The Shaoguan 80 utilizes manual activation of the motor and the luminaire, and further adjusts the rotational speed of the control _ motor 50 and the brightness of the luminaire 70. Referring to the second figure, it is a use diagram of another embodiment of the present invention. Its structure and function are substantially the same as the preferred embodiment of the present invention. The lamp 5 is differently installed, such as a pL lamp, which can be exchanged. The energy-saving lamp tube or the ring-shaped lamp B is connected to the day, and the booster circuit 90 is connected between the lamp 5 〇 and the second drive circuit 24 to provide the voltage required for the lamp 5 , to drive the lamp 5 〇. Hereby, the characteristics of this creation and its expected efficacies are stated as follows: 1. The motor and lamp of this creation are respectively connected to the same rectifying and filtering electric 8 M325700 road, which is used to directly convert the external AC power into a motor and a lamp. The need for straight "IL voltage' enables the integrated circuit structure to effectively reduce the cost of material configuration, and makes the entire ceiling fan lamp a DC power supply, thus effectively preventing the risk of leakage, and simplifying the wiring, reducing its production cost and reducing its production. Working hours. 2. The ceiling fan lamp of the present invention can receive the control signal transmitted by the control module by using the signal of the control circuit, or can drive the motor and the lamp by using the first hand switch and the second hand switch. To achieve convenient control adjustments to use the ceiling fan light. work
•結構；及！請專利範 理應包含在本創作之專利範圍内。 齡接可行實施例而 利範圍所為之等效 9 M325700 【圖式簡單說明】 第一圖係本創作較佳實施例之施用電路方塊圖。 第二圖係本創作另一實施例之施用電路方塊圖。 【主要元件符號說明】 【本創作】 10 整流濾波電路 20 控制電路 21 控制訊號接收單元 22 23 苐一驅動迴路 24 25 霍爾元件 26 30 外部電源 40 馬達 50 燈具 60 控制模組 61 無線控制單元 611 無線發射器 612 70 第一手拉開關 、80 苐一手拉開關 90 升壓回路 微電腦控制單元 弟—驅動迴路 電源保護單元 無線接收器，• Structure; and! The patent scope should be included in the scope of this creation patent. The age range is equivalent to the feasible embodiment. 9 M325700 [Simplified description of the drawings] The first figure is a block diagram of the application circuit of the preferred embodiment of the present invention. The second drawing is a block diagram of an application circuit of another embodiment of the present creation. [Main component symbol description] [This creation] 10 Rectifier filter circuit 20 Control circuit 21 Control signal receiving unit 22 23 First drive circuit 24 25 Hall element 26 30 External power supply 40 Motor 50 Lamp 60 Control module 61 Wireless control unit 611 Wireless transmitter 612 70 first hand switch, 80 苐 one hand switch 90 boost circuit microcomputer control unit - drive loop power protection unit wireless receiver,