M275125 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種車燈無線控制裝置，其主要係設 有電源供應器、車燈開關、控制電路、發射器、接收器、 車燈及光感應控制器；如此，僅須將車燈開關撥至自動接 點’再藉由光感應控制器之光感應元件感應光線，使控制 電路得以控制發射器發射訊號予接收器，接收器接收訊號 後即可自動啟閉車燈，故，即可以無線控制之方式自動開 啟或關閉車燈，不僅省略車燈舰之_，更具提高啟閉 車燈之方便性。 【先前技術】 又早釉的基本燈飾配備不外乎有大燈、後車燈 ，故，一般車輛之燈飾展現大都藉由手動方式開 啟車燈開關’使車輛之大燈、後車燈及方向燈可作變化， ==麻須，且皆未再加以利用車柄的空間農設無線 押制戈自*又，齡車輛不僅講求安全配備，也將無線 控制或自動化裝置列為購車主因之―，可於車 :上車輛各式各樣之裝置知其無限賴;緣此 ： =::::r控制之方式來— 以 【新型内容】 M275125 本創作之主要目的，係在提供—種可以無線控制之方 式㈣開啟或關車燈’倾省略車燈佈線之麻煩，更具 提高啟閉車燈之方便性。 本創狀主要魏：魏供絲，係提供電源；車燈 : _ ’錢接於電源供魅，其設有騎翻、接地點、 自動接點、開啟接點及義接點；控制電路，係連接於車 燈開關’其設有二極體、^；壓源、電阻、電容、電源轉換 鲁積體電路、發光二極體、繼電器、電晶體、控制積體電路 、可調電阻及插座所連接而成；發射器，係連接於控制電 路’其設有電源接點、導通接點、發射器接點及發㈣接 地點，電源接點連接有電源，發射器接地點接地；接收器 ，係接收發射器所發射之訊號，其設有電源接點、導通接 點、接收器接點及接收器接地點，電源接點連接有電源， 接收器接地點接地；車燈，係連接於接收器，其設有左大 鲁燈並聯右大燈，光感應控制器，係插接於控制電路，其設 有插頭、電谷及光感應元件所連接而成。 【實施方式】 有關本創作為達上述之使用目的及功效，所採用之技 術手段，茲舉一較佳可行之實施例，並配合圖式所示，詳 述如下： 首先，請參閱第一、二圖所示，本創作主要係設有電 源供應器1、車燈開關2、控制電路3、發射器4、接收 M275125 器5、車燈6及光感應控制器7所連接而成，其中電源供 應器1，係提供12V之電源；車燈開關2，係連接於電源供 應器1 ，其設有電源接點20、接地點21、自動接點22、開 ， 啟接點23及關閉接點24，控制電路3，係連接於車燈開關 2，其設有二極體D1連接於自動接點22,二極體D1連接有 電壓源VI及電阻R1，電阻R1連接有電容C1、電阻R2及電源 轉換積體電路IC1，電容C1須接地，電阻R2連接有電阻R3 _ 至接地，電源轉換積體電路IC1與電阻R2、R3之間連接有 電容C2至接地，電源轉換積體電路IC1連接有電容C3、C4 至接地，電容C4連接有電壓源V2及電阻R4，電阻R4連接有 發光二極體LED1至接地，而繼電器R係連接於電源接點2〇 ，繼電器R連接有電壓源VI、二極體D2、電阻R5、發光二 極體LED2及電晶體Q卜Q2至接地，電晶體Q1連接有電阻即， 電阻R6連接有控制積體電路IC2，控制積體電路IC2連接 • 有電阻及電容C5，電阻R7連接有可調電阻VR1至接地， 電容C5須接地，控制積體電路IC2互接有電壓源V2 ,控制 積體電路IC2亦連接有電晶體Q3、電阻狀及電容C6，其中 電阻R8及電谷C6須接地’電晶體Q3連接有電阻R9、R10，電 阻R9連接有電壓源V2，電阻R10連接有電阻rii、R12，電阻 R12連接有可調電阻VR2至接地，電阻R11連接有插座3〇及 電壓源V2 ;發射器4，係連接於控制電路3，其設有電源接 點40、導通接點4卜發射器接點42及發射器接地點43，其 M275125 中電源接點40連接於繼電器R及電源接點20，電源接點40 亦連接有電源V，導通接點41與發射器接點42互接有繼電 器R及開啟接點23，發射器接地點43須接地；接收器5 , 係接收發射器4所發射之訊號，其設有電源接點5〇、導通 接點51、發射器接點52及發射器接地點53，其中電源接點 50連接有電源V，接收器接地點53須接地；車燈6，係連 接於接收器5，其設有左大燈60並聯右大燈61，其中左大 燈60及右大燈61之一端連接於導通接點51與發射器接點 52，左大燈60及右大燈61之另一端連接於發射器接地點 53 ;光感應控制器7，係插接於控制電路3，其設有插頭 70連接電容C7及光感應元件71而成。 使用時，亦請參閱第一、二圖所示，僅須將插頭7〇插 接於插座30，再將車燈開關2撥至自動接點22，即可由電 源供應器1提供12V之電源至車燈開關2之電源接點2〇,並 透過控制電路3之電源轉換積體電路IC1轉換電源，即可 藉由光感應控制器7之光感應元件71感應充足之光線，再 由控制電路3之控制積體電路W2控制發射器4發射關燈 訊號予接收器5 ，接收器5接收關燈訊號後即自動關閉車 燈6之左大燈60及右大燈61 ;若光感應控制器7之光感應 元件71感應不足之光線時，即由控制電路3之控制積體電 路IC2控制發射器4發射開燈訊號予接收器5，接收器5 接收開燈訊號後即自動開啟車燈6之左大燈6〇及右大燈61 M275125 ;而可調電阻VRl、VR2係可調整設定，即當可調電阻VRl 順時鐘調整轉動時，光感應控制器7之光感應元件71所感 應之光線須更充足，即光線愈亮，才能由控制電路3之控制 • 積體電路IC2控制發射器4發射關燈訊號予接收器5，接收 器5接收關燈訊號後即自動關閉車燈6之左大燈60及右大 燈61，另當可調電阻VR2順時鐘調整轉動時，光感應控制 器7之光感應元件71所感應之光線須更不足，即光線愈暗 • ’才能由控制電路3之控制積體電路IC2控制發射器4發 射開燈訊號予接收器5 ，接收器5接收開燈訊號後即自動 開啟車燈6之左大燈60及右大燈61 ;若將車燈開關2撥至 開啟接點23，即可由控制電路3之控制積體電路IC2控制 發射器4發射開燈訊號予接收器5，接收器5接收開燈訊 號後即自動開啟車燈6之左大燈60及右大燈61，另將車燈 開關2撥至關閉接點24，即可由控制電路3之控制積體電 參 路1C2控制發射器4發射關燈訊號予接收器5，接收器5 接收關燈訊號後即自動關閉車燈6之左大燈6〇及右大燈61 ，故，使用者係可自行調整車燈開關2為自動接點Μ或開 啟接點23或關閉接點24，再以無線控制之方式藉由發射器4 發射訊號予接收器5，達到自動開啟或關閉車燈4,不僅省 略輕舰之賴，更驗紐财燈之方便性。 &上所述’本創作實施例確能達到所預期之目的及使 用功效，且本創作特徵所展現之空間形態更於習知產品中 M275125 前所未見，故本創作實制魏符合_專利之中請要件 ，爰依法提出專辦請，懇請早日審結，並核賜專利 深任感荷。 【圖式簡單說明】 第一圖所示係為本創作之方塊圖。 第二圖所示係為本創作之電路圖。 【主要元件符號說明】 1電源供應器 2車燈開關 20電源接點 22自動接點 24關閉接點 3控制電路 Dl、D2二極體 R1〜R12電阻 IC1電源轉換積體電路 R繼電器 IC2控制積體電路 30插座 21接地點 23開啟接點 VI、V2電壓源 C1〜C7電容 LED1、LED2發光二極體 Q1、Q2、Q3電晶體 VR卜VR2可調電阻 V電源 M275125 4 發射器 40 電源接點 41 導通接點 42 發射器接點 43 發射器接地點 5 接收器 50 電源接點 51 導通接點 52 接收器接點 53 接收器接地點 6 車燈 60 左大燈 61 右大燈 7 光感應控制器 70 插頭 71 光感應元件 11M275125 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a wireless control device for vehicle lights, which is mainly provided with a power supply, a lamp switch, a control circuit, a transmitter, a receiver, a lamp and Light-sensing controller; in this way, you only need to switch the lamp switch to the automatic contact point, and then use the light-sensing element of the light-sensing controller to sense the light, so that the control circuit can control the transmitter to transmit the signal to the receiver, and the receiver receives the signal After that, the lights can be turned on and off automatically, so the lights can be turned on or off automatically by wireless control, which not only omits the lights of the ship, but also improves the convenience of turning the lights on and off. [Previous technology] The basic lighting of the early glaze is equipped with headlights and rear lights. Therefore, most of the vehicle lighting displays are turned on manually by turning on the light switch to make the headlights, rear lights and direction of the vehicle. The lights can be changed, == Mash, and no space is used for the farm ’s wireless farming system. The aging vehicle not only requires safety, but also lists wireless control or automation devices as the owner of the car. You can know all kinds of devices in the car: on the car; it is because of this: = :::: r control method — to [new content] M275125 The main purpose of this creation is to provide — a kind of The way of wireless control: turn on or off the lights, and omit the trouble of wiring of the lights, and improve the convenience of turning the lights on and off. The main shape of this invention is Wei: Wei supply silk, which provides power; lights: _ 'Money is connected to power supply for charm, it has riding, grounding points, automatic contacts, open contacts and sense contacts; control circuit, It is connected to the lamp switch. It has a diode, a voltage source, a resistor, a capacitor, a power conversion circuit, a light-emitting diode, a relay, a transistor, a control integrated circuit, an adjustable resistor, and a socket. The transmitter is connected to the control circuit. It is provided with a power contact, a conduction contact, a transmitter contact, and a hairpin ground point. The power contact is connected to a power source, and the transmitter ground point is grounded. The receiver It is a signal transmitted by a receiving transmitter, which is provided with a power contact, a conduction contact, a receiver contact, and a receiver ground point. The power contact is connected to a power source, and the receiver ground point is grounded. The lamp is connected to The receiver is provided with a left Dalu lamp in parallel with a right headlight, and a light-sensing controller, which is connected to the control circuit, and is provided with a plug, an electric valley, and a light-sensing element. [Implementation] Regarding the technical means adopted by this creation to achieve the above-mentioned use purpose and effect, a preferred and feasible embodiment is given below, and it is illustrated in detail with the drawings as follows: First, please refer to the first, As shown in the two figures, this creation is mainly composed of a power supply 1, a lamp switch 2, a control circuit 3, a transmitter 4, a receiving M275125 device 5, a lamp 6 and a light sensor controller 7, among which the power supply Power supply 1 is to provide 12V power; light switch 2 is connected to power supply 1 and has power contact 20, ground contact 21, automatic contact 22, open, open contact 23 and close contact 24. The control circuit 3 is connected to the lamp switch 2. It has a diode D1 connected to the automatic contact 22, a voltage source VI and a resistor R1 connected to the diode D1, and a capacitor C1 and a resistor R2 are connected to the resistor R1. And power conversion integrated circuit IC1, capacitor C1 must be grounded, resistor R2 is connected to resistor R3_ to ground, power conversion integrated circuit IC1 and resistors R2, R3 are connected to capacitor C2 to ground, and power conversion integrated circuit IC1 is connected Capacitors C3, C4 are connected to ground, and capacitor C4 is electrically connected Source V2 and resistor R4, resistor R4 is connected to light-emitting diode LED1 to ground, and relay R is connected to power contact 20, and relay R is connected to voltage source VI, diode D2, resistor R5, and light-emitting diode. LED2 and transistor Q2 are connected to ground. Transistor Q1 is connected to a resistor, that is, resistor R6 is connected to control integrated circuit IC2, and control integrated circuit IC2 is connected. • There is a resistor and capacitor C5, and resistor R7 is connected to an adjustable resistor VR1 to The capacitor C5 must be grounded. The control integrated circuit IC2 is connected to a voltage source V2. The control integrated circuit IC2 is also connected to a transistor Q3, a resistor and a capacitor C6. Among them, the resistor R8 and the valley C6 must be grounded to the transistor Q3. Resistors R9, R10 are connected, resistor R9 is connected to voltage source V2, resistor R10 is connected to resistors rii, R12, resistor R12 is connected to adjustable resistor VR2 to ground, resistor R11 is connected to socket 30 and voltage source V2; transmitter 4 Is connected to the control circuit 3, which is provided with a power contact 40, a conduction contact 4 and a transmitter contact 42 and a transmitter ground 43. The M275125 power contact 40 is connected to the relay R and the power contact 20. The power contact 40 is also connected to a power V, The through contact 41 and the transmitter contact 42 are connected with a relay R and an open contact 23, and the transmitter ground point 43 must be grounded; the receiver 5 is for receiving the signal transmitted by the transmitter 4, and it is provided with a power contact 5 〇, the conduction contact 51, the transmitter contact 52 and the transmitter ground point 53, of which the power supply contact 50 is connected to a power source V, the receiver ground point 53 must be grounded; the lamp 6, which is connected to the receiver 5, its design A left headlight 60 and a right headlight 61 are connected in parallel. One end of the left headlight 60 and the right headlight 61 is connected to the conduction contact 51 and the transmitter contact 52. The other ends of the left headlight 60 and the right headlight 61 are connected to The transmitter ground point 53; the light-sensing controller 7, is connected to the control circuit 3, and is provided with a plug 70 connected to the capacitor C7 and the light-sensing element 71. When using it, please also refer to the first and second figures. Just plug the plug 70 into the socket 30, and then turn the light switch 2 to the automatic contact 22, and the power supply 1 can provide 12V power to The power contact 20 of the lamp switch 2 is converted by the power conversion integrated circuit IC1 of the control circuit 3, so that sufficient light can be sensed by the light sensing element 71 of the light sensing controller 7, and then the control circuit 3 The control integrated circuit W2 controls the transmitter 4 to transmit the light-off signal to the receiver 5. After the receiver 5 receives the light-off signal, it automatically turns off the left headlight 60 and the right headlight 61 of the lamp 6; if the light sensor controller 7 When the light sensing element 71 senses insufficient light, the control integrated circuit IC2 of the control circuit 3 controls the transmitter 4 to transmit a light-on signal to the receiver 5, and the receiver 5 automatically turns on the lamp 6 after receiving the light-on signal. Left headlight 60 and right headlight 61 M275125; and the adjustable resistors VRl and VR2 are adjustable settings, that is, when the adjustable resistor VRl is rotated clockwise, the light sensed by the light sensor 71 of the light sensor controller 7 Must be more sufficient, that is, the brighter the light, in order to be controlled by the control circuit 3 Control • The integrated circuit IC2 controls the transmitter 4 to transmit the light-off signal to the receiver 5. After the receiver 5 receives the light-off signal, the left headlight 60 and right headlight 61 of the headlight 6 are automatically turned off, and the adjustable resistor VR2 When turning clockwise, the light sensed by the light-sensing element 71 of the light-sensing controller 7 must be less, that is, the light is darker. 'Only the control integrated circuit IC2 of the control circuit 3 can control the transmitter 4 to emit a light-on signal to Receiver 5, the receiver 5 automatically turns on the left headlight 60 and right headlight 61 of the headlight 6 after receiving the light-on signal; if the headlight switch 2 is turned to the on contact 23, the control circuit 3 can control the product The body circuit IC2 controls the transmitter 4 to transmit the light-on signal to the receiver 5. After the receiver 5 receives the light-on signal, the left headlight 60 and right headlight 61 of the headlight 6 are automatically turned on, and the headlight switch 2 is turned off. By contact 24, the control integrated circuit 3C2 of the control circuit 3 controls the transmitter 4 to transmit the light-off signal to the receiver 5, and the receiver 5 automatically turns off the left headlight 6 of the headlight 6 after receiving the light-off signal. And right headlight 61, so the user can adjust the headlight switch 2 to Contact M or open contact 23 or close contact 24, and then wirelessly control the transmitter 4 to send a signal to the receiver 5 to automatically turn on or off the lights 4, which not only omits the lightship, but also checks Convenience of New York Chandelier. & The above mentioned 'This creative embodiment can indeed achieve the intended purpose and use effect, and the spatial form of this creative feature is more unprecedented than the conventional product M275125, so the actual implementation of this creative system is in line with _ In the patent, please ask for the essentials, and submit a special request in accordance with the law. I hope that the case will be concluded as soon as possible. [Schematic description] The first picture shows the block diagram of this creation. The second picture shows the circuit diagram of this creation. [Description of main component symbols] 1 Power supply 2 Light switch 20 Power contact 22 Automatic contact 24 Close contact 3 Control circuit D1, D2 Diode R1 ~ R12 Resistor IC1 Power conversion integrated circuit R Relay IC2 Control product Body circuit 30 socket 21 ground point 23 open contact VI, V2 voltage source C1 ~ C7 capacitor LED1, LED2 light emitting diode Q1, Q2, Q3 transistor VR and VR2 adjustable resistor V power M275125 4 transmitter 40 power contact 41 Continuity contact 42 Transmitter contact 43 Transmitter ground point 5 Receiver 50 Power contact 51 Conduction contact 52 Receiver contact 53 Receiver ground point 6 Headlight 60 Left headlight 61 Right headlight 7 Light sensor control 70 plug 71 light sensor 11