TW200413872A

TW200413872A - Illuminating system for use in outdoor vehicle and control method of the same

Info

Publication number: TW200413872A
Application number: TW92101683A
Authority: TW
Inventors: Wen-Wei Su; Kuei-Hung Chen; Shun-Hsiang Hsiao; Hsien-Jen Wu
Original assignee: Exon Science Inc
Priority date: 2003-01-27
Filing date: 2003-01-27
Publication date: 2004-08-01

Abstract

An illuminating system for use in an outdoor vehicle and a control method of the illuminating system. The system includes an ambient light-intensity detector, a discriminating and actuating device, an illuminating device, a rechargeable battery device, and a test device. According to the control method, the discriminating and actuating device generates an actuating signal when the ambient light intensity is smaller than a threshold value. The illuminating device is enabled for illumination in response to the actuating signal by way of the energy from the rechargeable battery device. A disable signal is asserted when the rechargeable battery device is in an abnormal operation condition so as to prohibit the illumination of the illuminating device by way of the energy from the rechargeable battery device. On the other hand, the discriminating and actuating device generates a switching signal in response to the level change of the ambient light intensity, and the illuminating device is switched between two operational states in response to the switching signal.

Description

200413872200413872

發明所屬之技術領域尤指應用於戶本案係為一種照明系統及其控制方法，外載具之照明系統及其控制方法。先前技術隨著車輛配備之推陳出新，光感應自動頭燈已是許夕車輛之標準配備，其主要之功能方塊示意圖係如第一圖二不’其中光強度偵測裝置11係用以偵測車外環境之光線強度並輸出一強度信號至啟動判斷電路丨0之中，而當車外環境之光線強度微弱到使所輸出之該強度信號準位小於—^ 檻值時，啟動判斷電路丨0便發出一啟動信號至驅動電路 12 ’而該驅動電路12便驅動頭燈13開始發光，進而完成自動啟動頭燈之工作。但是，在習用技術中，該自動啟動頭燈之功能通常在車輛之防盜器被解除後、車鍮匙被***引擎啟動開關後或是進行點火時便開始作動，所以當上述動作發生時而且車子處於光線強度微弱之環境時’頭燈13便自動發光而開始大量消耗蓄電池之電力。於是，當車内蓄電池之狀況不良時，上述自動啟動頭燈之功能將可能使得車内蓄電池之蓄電量於引擎進行點火之前或同時便已被大量消耗，導致引擎無法順利啟動。另外，當車輛行駛於連路燈都不存在之黑暗道路時，駕駛通常以開遠燈或霧燈來增加能見度，但The technical field to which the invention belongs, especially to households, is a lighting system and its control method, an external vehicle lighting system and its control method. With the advancement of the previous technology of the vehicle, the light-sensing automatic headlights are standard equipment of Xu Xi vehicles. The main functional block diagram is shown in the first figure and the second. The light intensity detection device 11 is used to detect outside the vehicle. The light intensity of the environment outputs an intensity signal to the startup judgment circuit 丨 0, and when the light intensity of the environment outside the car is so weak that the level of the intensity signal output is less than the-^ threshold, the startup judgment circuit 丨 0 will emit A start signal is sent to the driving circuit 12 ′, and the driving circuit 12 drives the headlight 13 to start emitting light, thereby completing the work of automatically starting the headlight. However, in conventional technology, the function of automatically starting the headlight usually starts after the car's immobilizer is released, the car key is inserted into the engine start switch, or when the ignition is started, so when the above action occurs and the car When the light intensity is low, the headlight 13 automatically emits light and starts to consume a large amount of power of the battery. Therefore, when the condition of the battery in the vehicle is bad, the above-mentioned function of automatically starting the headlights may cause the battery's stored power to be consumed before the engine is ignited or at the same time, resulting in the engine not starting smoothly. In addition, when a vehicle is driving on a dark road where no street lights are present, driving usually increases the visibility by turning on long or fog lights, but

11 五、發明說明（2) _________ 又必需急忙把遠燈切回近燈*關『严上述名用缺失’係為發展本案之主要目的擾。而如何改善發明内容本案係統包含：— 上，其係因驅動裝置，該強度信號連接於該判動發光；一明裝置供電該判斷驅動裝置，其係而發出一禁能信號至該照明裝置利為一種照明環境光強度應環境中之信號連接於之準位而產斷驅動裝’置蓄電裝置，系統，應用偵測裝置，光強度而發該環境光強於一戶外裝設於該出一強度度偵測裝生一驅動信號；一照裝置觸發該作。根據上強度偵測裝陣列、CMOS 測器、紫外測器、全球達感測器、，其係因應電連接於該 ;以及一檢測裝置，信號連接於因應該蓄電裝置之一判斷驅動裝置，以禁用該蓄電裝置之電能該驅動信照明裝置栽具上戶外載信號；置，其明裝置號之觸，其係該蓄電不良工止該判進行發，該系具之一判斷係因應，信號發而自對該照裝置與作狀態斷驅動光之動述構想，本置係由光敏光感應器、線感測器、定位系統感無線傳輸接案所述之照明系統，其中該環境光電阻、光電晶體、光電二極體、光電荷耦合元件、攝影機、微機電感雨滴感測器、漢霧感測器、生物感測器、溫度感測器、光感測器、雷收器、紅外線感測器、太陽能感測11 V. Description of the invention (2) _________ It is necessary to hurriedly switch the far light back to the near light. * Turn off "strictly, the above-mentioned name is missing" is the main purpose of the development of this case. And how to improve the content of the invention The system in this case includes: — above, because the driving device, the intensity signal is connected to the driving light; a bright device powers the driving device, and it sends a disable signal to the lighting device For a lighting environment, the light intensity should be generated when the signal in the environment is connected to the drive device. The power storage device, system, and application detection device are used to generate the ambient light intensity. The intensity detection device generates a driving signal; a photo device triggers the operation. An array, a CMOS sensor, an ultraviolet sensor, a global sensor, and a sensor are connected to the sensor according to the intensity detection; and a detection device is connected to a signal to determine a driving device corresponding to one of the power storage devices. Disable the electrical energy of the power storage device. The drive signal lighting device has an outdoor signal on it; if the device number is clear, the judgment is issued when the power storage failure occurs. One of the judgment devices responds and the signal is issued. The self-conceived concept of the device and the state of the drive light, this installation is the lighting system described by the case of a photosensitive light sensor, line sensor, positioning system wireless transmission, where the ambient light resistance, Photoelectric crystal, photodiode, photocharge coupled element, camera, microcomputer inductive raindrop sensor, Han fog sensor, biosensor, temperature sensor, light sensor, lightning receiver, infrared sensor Sensors, solar sensors

第10頁 200413872 五、發明說明（3) 器、車距感測器根據上述構動裝置係因應該該驅動信號。根據上述構動裝置係當該強動信號。根據上述構置係為該戶外載電裝置係為一蓄根據上述構置之該不良工作時，其輸出電壓置於自我檢測時根據上述構置係當該蓄電裝壓降大於該預設置，以禁止該判置之電能進行發根據上述構置係當該蓄電裝值，發出該禁能動裝置觸發該照動作。或太陽電池中之一所完成。本案所述之照明系統，其中該判斷驅強度信號之準位與一門播值之關係而產生想，本案所述之照明系統’其中該判斷驅度信號之準位小於該門播值時而產生該驅想想，本具之頭電池。想，本狀態係之瞬間所輸出想，本置於開值之時斷驅動光之動想，本置於自信號至明裝置案戶斤述之照明系統，其燈、霧燈、邊燈或指示案所述指該蓄壓降大之電流案所述始輸出，發出裝置觸作。案所述我檢測該判斷利用該之照明系統，其開始輸電裝置於於一預設值，或電流小於之照明系電流，而該禁能信發該照明之照明系 &所輪出魏動裝置畜電裴置一設定統，其其輸出號至該裝置利統，其之電流，以禁之電能中該照明裝燈，而該蓄中該蓄電裝出電流之是該蓄電裝值。中該檢測裝電壓之瞬間判斷驅動裝用該蓄電裝中該檢測裝小於該設定止該判斷驅進行發光之Page 10 200413872 V. Description of the invention (3) Device, vehicle distance sensor According to the above-mentioned moving device, the driving signal is responded to. According to the above-mentioned actuator, the strong signal is used. According to the above-mentioned configuration, the outdoor power-carrying device is a storage device. When the bad operation according to the above-mentioned configuration, the output voltage is placed in the self-test. According to the above-mentioned configuration, when the voltage drop of the power storage device is greater than the preset setting, It is prohibited to generate the determined electric energy. According to the above-mentioned configuration, when the power storage device is charged, the forbidden active device is issued to trigger the photo action. Or one of the solar cells. In the lighting system described in this case, the relationship between the level of the judgment drive intensity signal and a door value is generated. The lighting system described in the present case is generated when the level of the judgment drive signal is less than the door value. The drive to think about, the head of the battery. Think of this state as the momentary output. Think of this when you set the on value to stop driving the light. Think about this. It is placed in the lighting system from the signal to the device. The lamp, fog lamp, side lamp or The instruction refers to the start of the output of the current with a large storage voltage drop, and the trigger of the device. In the case, I tested the judgment by using the lighting system, which started the power transmission device at a preset value, or the current of the lighting system is less than the current of the lighting system, and the forbidden signal sent the lighting system of the lighting system. The device has a setting system, whose output number is connected to the device, and its current is forbidden by the electric energy to install the lamp, and the stored current is the stored value. The moment the voltage of the detection device is judged, the drive device is used with the power storage device, the detection device is less than the setting, and the judgment drive is stopped.

$ 11頁 200413872 五、發明說明（4) 根據上置係於該戶電時，停止本案之一戶外載具應環境中之該驅動信號自動發光；一禁能信號行發光之動根據上該蓄電裝置電流之時，蓄電裝置於根據上更包含下列電裝置進行本案之具上，該系夕卜栽具之上述構想外載具中之對該判斷驅動面係為系統上另一方之照明光強度之觸發以及因，以禁作。述構想之該不其輸出自我檢述構想步驟：充電時又一方統包含，其係號；一判斷驅動裝置’其係於進入一位變化而發出一切該判斷驅動裝置，本案所述之發電機裝置發種照，該控小於一門權值而使該照明裝應該蓄電裝置止該照明裝置，本案所述之良工作狀態係測時所 ’本案於該戶 5停止面係為 :一環因應環置’信自動切換信號其係因照明系統開始對該出該禁能明系統控制方法包而產生一置利用一之一不良利用該蓄照明系統指該蓄電降大於一電流電流輸出之所述之外載具中之一發發出該禁能信號一種照明系統，度偵測裝光強度而於該環境照明系統境光強境中之號連接換狀態時，因應 ;以及應該切其中該檢測裝蓄電裝置進行^ 信號。制方法，應用於含下列步騍：因驅動信號；因應蓄電袭置之電能工作狀態而發出 11 s之電能進控制方法，其^ + 裝置於開始輪出預設值，或是該小於一設定值。控制方法，其^ _ 電機開始對該| 〇應用於一戶外栽置’裝設於該戶發出一強度信光強度偵測裝該強度信號之準照明裝置，信號連接於換信號之觸發而於一遠燈$ 11 页 200413872 V. Description of the invention (4) When one of the outdoor vehicles in this case stops driving automatically according to the driving signal in the environment when it is connected to the household electricity; an energy-disabling signal emits light according to the electricity storage When the current is installed, the power storage device is based on the above-mentioned electric device for carrying out this case. The driving surface of the judgment in the above-mentioned concept of the vehicle is the light intensity of the other party on the system. The triggers and causes are prohibited. Describe the concept of the output of self-explanation. Steps in charging: Another side contains, its serial number; a judgment drive device 'It is to enter a change in one bit and issue all of this judgment drive device, the generator described in this case The device sends a photo, the control is less than a weight, so that the lighting device should stop the lighting device. The good working conditions described in this case are measured at the time of the test. 'Signal auto-switching signal is caused by the lighting system starting to use the control system package of the disabled lighting system, a utilization of one of the bad use of the storage lighting system means that the power storage drop is greater than a current output One of the vehicles sends out the disabling signal to a lighting system, which detects the intensity of the installed light and responds to the connection and change of the number of the ambient lighting system in the environment of light intensity; and the detection and installation of the power storage device should be cut Perform the ^ signal. The control method is applied to the following steps: due to the driving signal; the control method of the electric energy input of 11 s in response to the operating state of the electric energy stored in the power storage, its ^ + device starts to rotate the preset value, or it is less than a setting value. Control method, its ^ _ motor begins to apply to this | 〇 is installed in an outdoor installation 'installed in the household to send an intensity signal light intensity detection quasi-lighting device installed with the intensity signal, the signal is connected to the trigger of the signal change in a Far light

第12頁 200413872 五、發明說明（5) 狀態與一近燈狀態間進行切換。根據上述構想，本案所述之照明系統，其中該環境光強度偵測裝置係由光敏電阻、光電晶體、光電二極體、光陣列、CMOS光感應器、電荷耦合元件、攝影機、微機電感測器、紫外線感測器、雨滴感測器、濃霧感測器、生物感測器、全球定位系統感測器、溫度感測器、光感測器、雷達感測器、無線傳輸接收器、紅外線感測器、太陽能感測器、車距感測器或太陽電池中之一所完成。根據上述構想，本案所述之照明系統，其中該判斷驅動裝置係因應該強度信號之準位與一門楹值之關係而產生該切換信號。根據上述構想，本案所述之照明系統，其中該判斷驅動裝置係當該強度信號之準位小於該門檻值時而產生一遠燈切換信號，用以將該照明裝置強制切換至一遠燈狀態，而當該強度信號之準位大於該門檻值時產生一近燈切換信號，用以將該照明裝置強制切換至一近燈狀態。根據上述構想，本案所述之照明系統，其中該照明裝置係為該戶外載具之頭燈，而該遠燈狀態為該頭燈發出遠光之狀態，至於該近燈狀態則為該頭燈發出近光之狀態。根據上述構想，本案所述之照明系統，其中該照明裝置係包含有該戶外載具之頭燈與霧燈，而該遠燈狀態為該頭燈發出遠光且該霧燈點亮之狀態，至於該近燈狀態則為該頭燈發出近光且該霧燈熄滅之狀態。根據上述構想，本案所述之照明系統，其中該判斷驅Page 12 200413872 V. Description of the invention (5) Switch between the state and a near-light state. According to the above conception, the lighting system described in the present case, wherein the ambient light intensity detection device is composed of a photoresistor, a photoelectric crystal, a photodiode, a light array, a CMOS light sensor, a charge-coupled element, a camera, and a microcomputer inductance measurement. Sensor, ultraviolet sensor, raindrop sensor, dense fog sensor, biosensor, GPS sensor, temperature sensor, light sensor, radar sensor, wireless transmission receiver, infrared One of a sensor, a solar sensor, a distance sensor, or a solar cell. According to the above-mentioned concept, in the lighting system described in this case, the judgment driving device generates the switching signal due to the relationship between the level of the intensity signal and a threshold value. According to the above-mentioned concept, in the lighting system described in this case, the judgment driving device generates a high-light switching signal when the level of the intensity signal is less than the threshold value, for forcibly switching the lighting device to a high-light state. When the level of the intensity signal is greater than the threshold value, a low-beam switching signal is generated for forcibly switching the lighting device to a low-beam state. According to the above-mentioned concept, the lighting system described in the present case, wherein the lighting device is the headlight of the outdoor vehicle, and the high-light state is a state where the headlight emits high beam, and the low-light state is the headlight. The state of emitting low beam. According to the above concept, the lighting system described in the present case, wherein the lighting device includes a headlight and a fog lamp of the outdoor vehicle, and the high-light state is a state where the headlight emits high-light and the fog lamp is lit, As for the low-light state, the low-light is emitted by the headlight and the fog light is turned off. According to the above concept, the lighting system described in this case, wherein the judgment drives

第13頁 200413872Page 13 200413872

五、發明說明（6) 動裝置係因應該強度信號之準位小於一亮度預設值時而自動進入該自動切換狀態。根據上述構想’本案所述之照明系統，其中該判斷驅動裝置係因應一手動按鍵被按下而進入該自動切換狀態。V. Description of the invention (6) The moving device automatically enters the automatic switching state when the level of the intensity signal is less than a preset brightness value. According to the lighting system described in the above concept, the judgment driving device enters the automatic switching state in response to a manual button being pressed.

本案之再一方面係為一種照明系統控制方法，應用於一戶外載具之照明系統上，該控制方法包含下列步驟··因應環境中之光強度而發出一強度信號；因應該強度信號之準位變化而發出一切換信號；以及因應該切換信號之觸發而使該照明裝置於一遠燈狀態與一近燈狀態間進行切換。根據上述構想，本案所述之照明系統控制方法，其中係因應該強度號之準位與一門檻值之關係而產生該切換信號。根據上述構想，本案所述之照明系統控制方法，其中當該強度信號之準位小於該門檻值時而產生一遠燈切換信號’用以將該照明裝置強制切換至一遠燈狀態，而當該強度信號之準位大於該門檻值時產生一近燈切換信號，用以將該照明裝置強制切換至一近燈狀態。根據上述構想，本案所述之照明系統控制方法，其中係因應該強度信號之準位小於一預設值時而自動進入該自動切換狀態。根據上述構想，本案所述之照明系統控制方法，其中該係因應一手動按鍵被按下而進入該自動切換狀態。本案之又一方面係為一種照明系統控制方法，應用於一戶外載具之照明系統上，該控制方法包含下列步驟··設Another aspect of this case is a lighting system control method, which is applied to the lighting system of an outdoor vehicle. The control method includes the following steps: • An intensity signal is emitted according to the light intensity in the environment; A switching signal is issued when the position changes; and the lighting device is switched between a far-light state and a near-light state in response to the trigger of the switching signal. According to the above concept, the lighting system control method described in the present case, wherein the switching signal is generated due to the relationship between the level of the intensity number and a threshold value. According to the above concept, the lighting system control method described in the present case, wherein when the level of the intensity signal is less than the threshold value, a far-light switching signal is generated to forcibly switch the lighting device to a far-light state, and when When the level of the intensity signal is greater than the threshold value, a low-beam switching signal is generated for forcibly switching the lighting device to a low-beam state. According to the above idea, the lighting system control method described in the present case, wherein the automatic switching state is automatically entered when the level of the intensity signal is less than a preset value. According to the above concept, the lighting system control method described in the present case, wherein the system enters the automatic switching state in response to a manual button being pressed. Another aspect of the present case is a lighting system control method applied to the lighting system of an outdoor vehicle. The control method includes the following steps:

第14頁 200413872 五、發明說明（7) 定一預設時間點；計時至該預設時號；以及因應該啟動信號之觸發而動。本案之再一方面係為〆禮照明一戶外載具之照明系統上，該控制應環境中之光強度而發出/強度信準位變化而發出一切換信號；以及而使該照明裝置於一第一狀態與一根據上係因應該強切換信號。根據上該照明裝置 I 根據上述構想，本案戶斤度信號之準位輿述構想，本案所係包含有頭燈、述構想，本案所該第一狀態與第二狀態係分狀態。根據上該第一狀態啟動狀態與述構想，本案所與第二狀態係分關閉狀態。述之照 /門檻述之照霧燈、述之照別代表述之照別代表間點時發出使該照明裝 ***控制方方法包含下號；因應該因應該切換第二狀態間明系統控制值之大小關明系統控制方向燈或邊明系統控制頭燈之遠燈明系統控制霧燈、方向一啟動信置自動啟法，應用於列步驟：因強度信號之信號之觸發進行切換。方法，其中係而產生該方法’其中燈。方法’其中狀態與近燈方法’其中燈或邊燈之簡單圖式說明解：本案得藉由下列圖式及詳細說明，俾得更深入之了 200413872 五、發明說明（8) 第一圖：其係習用光感應自動頭燈之主要功能方塊示意圖。第二圖：其係本案對於戶外載具之照明系統所揭露之較佳實施例功能方塊示意圖。第三圖··其係將本案技術手段以控制器區域網路匯流排 (CAN Bus)方式來完成之功能方塊示意圖。本案圖式中所包含之各元件列示如下：啟動判斷電路10 驅動電路1 2 判斷驅動裝置2 光強度偵測裝置21 頭燈23 檢測裝置25 點火開關27 手動開關29 發明實施方式光強度偵測裝置11 頭燈13 啟動判斷電路2〇驅動電〜路22 蓄電裝置24 發電機26 防盜系統28 控制器（1域網4匯流排3〇團，兵係本案所据雨^ 方塊示意圖，其中光強度偵測裝广，較佳實施例之功之光線強度並輸出一強度信號至判斷偵測車外環動判斷電路2 0，而當車鑰匙（圖中動裝置2中之一徵 2 7或防盜系統2 8被遙控器（圖中去—二出）被置入點火開丨不出）解除時，判斷驅』 200413872 五、發明說明（9) 裝置2將啟動自動啟動頭燈之功能。此刻，當車外環境之光線強度微弱到使所輸出之該強度信號準位小於一第一門檻值時，啟動判斷電路20便發出一啟動信號至判斷驅動裝置2中驅動電路22，而該驅動電路22便驅動頭燈23開始發光’進而完成自動啟動頭燈之工作。而為能避免短暫之光影變化所造成頭燈23之亮暗切換過於頻繁，驅動電路“係具有一延遲功能，進而能使頭燈23之啟動時間至少達到一預設延遲時間後才能被關閉。至於蓄電裝置24係用以提供所有電路，尤其是頭燈23所需之電源。檢制：ί ::改"驾用技術之缺失’本實施例中係設置有-電:20由* ί I系信號連接於該蓄電裝置24與該啟動判斷 =頭燈處於一不良工作狀態時，自動能快速被消耗電量不足之蓄電裝置24之電啟一禁能信號至該啟動置24之“進；路=發頭燈23利用該蓄電裝 (圖中未示出)啟動並帶動1中；：戶夕;：具之引擎置“進行充電，，檢測裝置2==開始對該蓄電裝發出該禁能信號。％卜 τ止對該判斷驅動裝置改善。如此m技術之缺失將可被有效，上述蓄電裝置24之當該蓄電池開始輪中雷士 ~ ^作狀悲，以畜電池為例，間），而其輪出電壓之瞬1門二：f燈-被啟動或點火瞬【之_間堡降大於—預設值之時（例如預 200413872 五、發明說明（ίο) 設值為3伏特，而當輸出電壓由12伏特驟降至8伏特，其瞬間壓降4伏特便大於該預設值），檢測裝置25可查覺此一狀態而發出該禁能信號，直到發電機26開始對蓄電池充電後’該檢測裝置2 5才停止發出該禁能信號，進而使該自動啟動頭燈之功能可以恢復。另外，上述啟動判斷電路2 〇更可因應光強度偵測襄置 21所發出之強度信號低於一亮度預設值或是手動按鍵“被按下而進入一自動切換狀態，此自動切換狀態係為解決當車輛行駛於黑暗道路時之遠近燈切換問題。而當啟動判斷電路20進入自動切換狀態時，便可因應該強度信號之準位 f化而發出一切換信號至頭燈23，而頭燈23便因應該切換信號之觸發而於一遠燈狀態與一近燈狀態間進行切換。舉例來說’啟動判斷電路2〇係根據該強度信號之準位與一 $ 二門權值（而第二門檻值通常小於該第一門檻值）之關係來產生該切換信號，當啟動判斷電路2 0所接收到之該強度信號準位小於該第二門檻值時（例如進入沒有路燈照明之山° 路、或是下雨、起濃霧的地區），啟動判斷電路2 〇便控制驅動電路22發出一遠燈切換信號，用以將該頭燈23強制切換至一遠燈狀態，而當該強度信號之準位大於第二門檀值時則產生一近燈切換信號（例如進入已有路燈照明之山路、或是偵測到對向來車之燈光），用以將該頭燈2 3強制切換至一近燈狀態。如此一來，將可有效解決駕駛者頻繁切換近遠燈之困擾。 ” 而照明裝置除了是頭燈外，還可擴充至霧燈、方向燈Page 14 200413872 V. Description of the invention (7) Set a preset time point; count to the preset time; and respond to the trigger of the start signal. Another aspect of this case is for the lighting system of an outdoor vehicle for Lili Lighting, the control issues a switching signal in response to the light intensity in the environment / intensity level change; and makes the lighting device in a first A state and a signal should be strongly switched depending on the system. According to the lighting device I above, according to the above conception, the idea of the standard publicity of the household ’s signal in this case, the case of the case includes the headlight and the idea. The first state and the second state of the case are separate states. According to the above-mentioned first state activation state and the concept described above, the case and the second state are in a closed state. Said photo / threshold described by the fog lamp, described by the other representative, said by the representative of the other between the points issued by the control method of the lighting installation system includes the next number; should be switched according to the second state between the system control value The size of the Mingming system controls the direction light or the edgelight system controls the far light of the headlight. The fog light is controlled by the system. The direction is automatically activated when the direction is set. It is applied to the sequence of steps: switching is triggered by the signal of the intensity signal. Method, where the system produces the method’where the lamp. Method 'the state and the near-light method' of the simple schematic illustration of the lamp or sidelight: This case can be further in-depth with the following drawings and detailed description 200413872 V. Description of the invention (8) The first picture: It is a schematic block diagram of the main functions of a conventional light-sensing automatic headlight. The second figure: it is a functional block diagram of the preferred embodiment disclosed in this case for the lighting system of an outdoor vehicle. The third picture ... It is a functional block diagram that uses the technical means of this case to complete the controller area network bus (CAN Bus). The components included in the drawings in this case are listed as follows: Startup judgment circuit 10 Drive circuit 1 2 Judgment drive device 2 Light intensity detection device 21 Headlight 23 Detection device 25 Ignition switch 27 Manual switch 29 Embodiment of the invention Light intensity detection Device 11 Headlight 13 Start judging circuit 20 Drive power ~ Road 22 Power storage device 24 Generator 26 Anti-theft system 28 Controller (1 domain network 4 bus 30 group, the military is based on the case ^ Block diagram, where the light intensity Detects the intensity of the light installed in the wide range of the preferred embodiment and outputs an intensity signal to the detection and detection circuit 20 of the car's external movement, and when the car key (one of the moving device 2 in the figure is 27 or anti-theft) When the system 2 8 is released by the remote control (go to the second output in the picture), it is judged to drive when it is released. 200413872 V. Description of the invention (9) The device 2 will start the function of automatically starting the headlight. At this moment, When the light intensity of the environment outside the vehicle is so weak that the level of the intensity signal output is less than a first threshold value, the start-judgment circuit 20 sends a start signal to the drive circuit 22 in the judging drive device 2, and the drive circuit 22 will drive the headlight 23 to start emitting light, and then complete the work of automatically starting the headlight. In order to prevent the light and dark switching of the headlight 23 from being changed too frequently due to short light and shadow changes, the driving circuit "has a delay function, which can The headlight 23 can be turned off only after the startup time reaches at least a preset delay time. As for the power storage device 24, it is used to provide all circuits, especially the power required by the headlight 23. Inspection: ： :: 改 " Driving "Lack of technology" in this embodiment is provided with-electricity: 20 I * signals connected to the power storage device 24 and the startup judgment = when the headlight is in a bad working state, it can automatically be quickly stored by insufficient power consumption The electric power of the device 24 activates a disable signal to the "inlet" of the starting device 24; the road = the headlight 23 uses the power storage device (not shown in the figure) to start and drive 1 of the; "When charging, the detection device 2 == starts to send the disable signal to the power storage device.% Bτ will stop improving the judgment drive device. In this way, the lack of technology will be effective. The power storage device 24 mentioned above is the battery. Start round ~~ ^ Operation is sad, taking animal battery as an example, and the moment when its turn-out voltage is 1 gate 2: f lamp-is turned on or ignited moments [___________________ when the drop is greater than-the preset value (for example Pre-200413872 V. Description of the Invention (ίο) Set the value to 3 volts, and when the output voltage drops from 12 volts to 8 volts, the instantaneous voltage drop of 4 volts is greater than the preset value), the detection device 25 can detect this State, the disabling signal is issued, and the generator does not stop issuing the disabling signal until the generator 26 starts to charge the battery, so that the function of automatically starting the headlight can be restored. In addition, the above-mentioned start judging circuit 2 〇It is also possible to respond to the intensity signal sent by the light intensity detection device 21 below a brightness preset value or a manual button "pressed to enter an automatic switching state. This automatic switching state is to solve when the vehicle is driving in the dark Distance between near and far lights on the road. When the start-judgment circuit 20 enters the automatic switching state, a switching signal can be sent to the headlight 23 according to the level of the intensity signal, and the headlight 23 is in a far-light state due to the trigger of the switching signal. Switch to a low-light state. For example, the 'start-up judgment circuit 20' generates the switching signal according to the relationship between the level of the intensity signal and a $ 2 threshold weight (while the second threshold value is usually smaller than the first threshold value). 0 When the level of the intensity signal received is less than the second threshold (for example, when entering a mountain ° road without street lighting, or in an area where it rains or fogs), the judgment circuit 2 is activated, and the drive circuit 22 is controlled to issue A high-light switching signal for forcibly switching the headlight 23 to a high-light state, and when the level of the intensity signal is greater than the second threshold value, a low-light switching signal is generated (such as entering an existing street lighting The mountain road, or the lights of the oncoming car are detected), used to forcibly switch the headlight 23 to a near-light state. In this way, the problem of frequent switching of near and far lights by drivers can be effectively solved. ”In addition to the headlights, the lighting device can also be extended to fog lights and direction lights.

第18頁 200413872Page 18 200413872

或邊燈等其它燈具或其各類組合之上，因此運用本案之技術^當進入沒有路燈照明之山路、或是下雨、起濃霧的地區時’霧燈將可自動啟動點亮，而方向燈或邊燈亦可自動啟動而開始閃爍。再者，上述啟動判斷電路2〇更可具有計時器之功能，其係可因應該計時器到達一預設時間點自動啟動頭燈23。 . 而本案技術手段除了以一般車用配線或是無線傳輸方式來完成各個單元間信號之傳送外，亦可利用控制器區域Or sidelights or other combinations, so use the technology of this case ^ When entering a mountain road without street lighting, or in an area where it rains or has dense fog, the fog lights will automatically start to light, and the direction The lights or side lights can also start automatically and start blinking. Furthermore, the above-mentioned start-judgment circuit 20 may have a function of a timer, which may automatically start the headlight 23 in response to the timer reaching a preset time point. In addition to the technical means of this case, in addition to the general vehicle wiring or wireless transmission to complete the signal transmission between each unit, the controller area can also be used

網路匯流排（Controller Area Network Bus，簡稱CANController Area Network Bus (CAN for short)

Bus)之方式來達成系統之建置，如第三圖所示，其係將本案技術手段以控制器區域網路匯流排（CAN Bus)方式來完成之功能方塊示意圖，由圖可清楚看出，所有小信號之功能單元間的信號傳送皆透過控制器區域網路匯流排3〇來完成，如此一來，將有系統規劃與擴充簡便之利。當然，除了可使用控制器區域網路匯流排（CAN Bus)之外，亦可使用與其相類似之車輛區域網路匯流排（VAN BUS)來進行信號之傳輸。至於信號傳輸之通道，除了傳統有線方式外，亦可使用無線傳輸之方式完成，進而達到安裝簡便之功Bus) method to achieve system construction, as shown in the third figure, which is a functional block diagram of the technical means of this case to complete the controller area network bus (CAN Bus) method, which can be clearly seen from the figure The signal transmission between all small signal functional units is completed through the controller area network bus 30. In this way, system planning and expansion will be simple and convenient. Of course, in addition to using the controller area network bus (CAN Bus), a similar vehicle area network bus (VAN BUS) can be used for signal transmission. As for the channel for signal transmission, in addition to the traditional wired method, it can also be completed by wireless transmission, thereby achieving easy installation.

效0Effect 0

綜上所述，本案確實可改善習用之缺失，進而達成發展本案之主要目的。而上述之光強度偵測裝置21係可選用光敏電阻（CDS)、光電晶體（photo transistor)、光電二極體（photo diode)、光陣列（photoarray)、CMOS 光感應器、微機電感測器（MEMS)、紫外線感測器（UVTo sum up, this case can indeed improve the shortcomings of practice, and thus achieve the main purpose of developing this case. The above-mentioned light intensity detecting device 21 can be selected from a photoresistor (CDS), a photo transistor, a photo diode, a photoarray, a CMOS light sensor, and a microcomputer inductance sensor. (MEMS), ultraviolet sensor (UV

200413872 五、發明說明（12) " ' ----- 水銀電池、可自行充放故本發明得由熟習此技然皆不脫如附申請專利、、曲電何輕合兀件（ccd)、攝影機、雨滴感測器、 :二之：：、生物感測器、全球定位系統感測器、溫度感 =态、光感測器、雷達感測器、無線傳輸接收器、紅外線感測器、太陽能感測器、車距感測器或太陽電池（solar cell)中之一所完成。而以攝影機所完成之光強度偵測裝置21 ’其係可利用啟動判斷電路20上所執行之軟體來定時對所榻取到影像之亮度、能見度來進行分析，進而判斷出光線不足、下雨或起濃霧之環境狀態。至於蓄電裝置24則可利用可加燃料電池、有機電池、無機電池、薄膜電池生物電池、生化電池、一般電池電之電池等各式蓄電池來完成，藝之人士任施匠思而為諸般修飾範圍所欲保護者。200413872 V. Description of the invention (12) " '----- Mercury battery, which can be charged and discharged by itself, so the present invention must be familiar with this technology, but it is not enough to attach a patent application, the Qudian He light components (ccd ), Camera, raindrop sensor,: two of ::, biosensor, global positioning system sensor, temperature sensor = state, light sensor, radar sensor, wireless transmission receiver, infrared sensor Sensor, solar sensor, distance sensor, or solar cell. And the light intensity detection device 21 ′ completed by the camera can analyze the brightness and visibility of the captured image regularly by using software executed on the startup judgment circuit 20, and then judge the lack of light and rain Or the state of the environment from thick fog. As for the power storage device 24, various types of storage batteries such as fuel cells, organic batteries, inorganic batteries, thin-film batteries, biochemical batteries, general battery batteries, etc. can be used to complete them. What you want to protect.

第20頁 200413872Page 20 200413872

圖式簡單說明第一圖：其係習用光感應自動頭燈之主要功能方塊示意圖0 第二圖：其係本案對於戶外載具之照明系統所揭露之較佳實施例功能方塊示意圖。第三圖：其係將本案技術手段以控制器區域網路匯流排 (CAN Bus)方式來完成之功能方塊示意圖。Brief description of the drawings The first picture: it is a schematic diagram of the main functional blocks of a conventional light-sensing automatic headlight. Fig. 0 the second picture: it is a functional block diagram of the preferred embodiment disclosed for the lighting system of an outdoor vehicle in this case. The third figure: it is a functional block diagram of the technical means of this case completed by the controller area network bus (CAN Bus).

Claims

200413872 六、申請專利範圍 1 · 一種照明系統，應用於一戶外載具上，該系統包含·· 一環境光強度偵測裝置，裝設於該戶外載具之上，其係因應環境中之光強度而發出一強度信號，· 一判斷驅動裝置，信號連接於該環境光強度偵測裝置’其係因應該強度信號之準位而產生一驅動信號；一照明裝置’信號連接於該判斷驅動裝置，其係因應該驅動信號之觸發而自動發光；一蓄電裝置，電連接於該照明裝置，其係對該照明裝置供電；以及一檢測裝置，信號連接於該蓄電裝置與該判斷驅動裝置’其係因應該蓄電裝置之一不良工作狀態而發出一禁能信號至該判斷驅動裝置，以禁止該判斷驅動裝置觸發該照明裝置利用該蓄電裝置之電能進行發光之動作。 2·如申請專利範圍第1項所述之照明系統，其中該環境光強度偵測裝置係由光敏電阻、光電晶體、光電二極體、光陣列、CMOS光感應器、電荷耦合元件、微機電感測器、紫外線感測器、雨滴感測器、濃霧感測器、生物感測器、全球定位系統感測器、溫度感測器、光感測器、雷達感測器無線傳輸接收器、紅外線感測器、太陽能感測、車距感測器或太陽電池中之一所完成。 3·如申請專利範圍第1項所述之照明系統，其中該判斷驅動裝置係因應該強度信號之準位與一門檻值之關係而產生該驅動信號。 4·如申請專利範圍第3項所述之照明系統，其中該判斷驅200413872 VI. Scope of patent application1. A lighting system applied to an outdoor vehicle. The system includes ... an ambient light intensity detection device installed on the outdoor vehicle, which responds to the light in the environment. Intensity signal is sent out, a judgment drive device is connected to the ambient light intensity detection device, which generates a drive signal according to the level of the intensity signal; a lighting device 'signal is connected to the judgment drive device , Which automatically emits light in response to the trigger of a driving signal; a power storage device, which is electrically connected to the lighting device, which supplies power to the lighting device; and a detection device, which is connected to the power storage device and the judgment driving device 'its A disable signal is sent to the judging driving device due to a bad working state of one of the power storage devices, so as to prohibit the judging driving device to trigger the lighting device to use the power of the power storage device to emit light. 2. The lighting system as described in item 1 of the scope of patent application, wherein the ambient light intensity detection device is composed of a photoresistor, a photoelectric crystal, a photodiode, a light array, a CMOS light sensor, a charge-coupled element, and a micro-electromechanical device. Sensors, UV sensors, raindrop sensors, dense fog sensors, biosensors, GPS sensors, temperature sensors, light sensors, radar sensors, wireless transmission receivers, One of infrared sensor, solar sensor, distance sensor or solar battery. 3. The lighting system as described in item 1 of the scope of patent application, wherein the judgment driving device generates the driving signal due to the relationship between the level of the intensity signal and a threshold value. 4. The lighting system as described in item 3 of the scope of patent application, wherein the judgment drive

200413872 六、申請專利範圍曱請專利範圍 -----__ 動裝置係當該強度信號之準位小於該門檻動信號。 π向產生該驅 5·如申請專利範圍第丨項所述之照明系統，其中置係為該戶外載具之頭燈、霧燈、邊燈或指示…、、、明装電裝置係為一蓄電池。1 且’而該蓄 6署如申請專利範圍第1項所述之照明系統，其中該蓄雷驻 f之該不良工作狀態係指該蓄電裝置於開始輪出二電裝 ^ ’其輸出電壓之瞬間壓降大於一預設值，或=之置於自我檢測時所輪出之電流電流小於—設定值畜電裳署f申請專利範圍第6項所述之照明系統，复置係當該蓄電裝置於開妒辁出、該檢測裝二降大於該預設值之時，發出該禁能信號 =間 f t 2禁止該判斷驅動裝置觸發該照明裝置利$ 動裝置之電能進行發光之動作。直W用該畜電裝 8 ·如申請專利範圍第6項所述之照置係當該蓄電裝晋认ώ、、、、中該檢測裝值，级山於自我檢測時所輸出之電流小於兮 :出該禁能信號至該判斷驅動裝置，該設定動裝置觸發該照明裝不止該判斷驅動作。裝置利用該畜電裝置之電能進行發光之置：：：專利範圍第1項所述之照明系統，其中今仏電時，；具中之-發電機開始對該蓄電裝置進則裝# 10.—種日召明判斷驅動裝置發出該禁能*信號。订、、先上，該控制方法包含下列步驟：戶外载具之照明系第23頁 ^13872 六、申請專利範圍號；因應環境中之光強度小於一門檻值而產生一驅動信因應該驅動信號之觸發而使該照明裝置剎田 ^ 置之電能自動發光， ·以及衷置利用-蓄電裝因應該蓄電裝置之一不良工作狀態而發出一林处儿，以禁止該照明裝置利用該蓄電褒置之不此。動作。寬犯進行發光之 π·如^專利範圍第1G項所述之照明系、統控制豆 :該畜電裝置之該不良工作狀態係指該蓄電裝八出電流之時，其輸出電壓之瞬間壓降大於一伯肩。輸 =蓄電裝置於自我檢測時所輸出之電流電流小：―設：是 12.如申請專利範圍第1〇項所述之照明系統控制方法，立中更包含下列步驟：於該戶外載呈中八蓄電裝詈進行奋雷眭、中之一發電機開始對該畜電裝置進仃充電牯，停止發出該禁能信 1 3· —種照明系統，應用於一戶外載择沐止24 ώ Ά ，私丹上，該系統包含：一裱境先強度偵測裝置，裝設於該係因應環境中之光強度而發出一強声.Γ戰/、之上'、一判斷驅動裝置，信號遠接^ ^跣，置，其係於進入—自動切；該；境光強度偵測裝位變化而發出-切換信號；以；時’目應該強度信號之準一照明裝置，信號連接於哕該切換信號之觸發而於-遠燈^ ;驅動裝置，其係因應硬狀態與—近燈狀態間進行切換0 200413872 六、申請專利範圍 1 4 ·如申請專利範圍第1 3項所述之照明系統，其中該環境光強度偵測裝置係由光敏電陴、光電晶體、光電二極體、光陣列、CMOS光感應器、電猗搞合元件、微機電感測器、备、外線感測器、雨滴感測器、丨辰務感測器、生物感測器、全球定位系統感測器、溫度感測器、光感測器、雷達感測器、無線傳輸接收器、紅外線感測器、太陽能感測器、車距感測器或太陽電池中之/所完成。 1 5 ·如申請專利範圍第丨3項所述之照明系統，其中該判斷驅動裝置係因應該強度信號之準位與一門檻值之關係而產生該切換信號。 1 6 ·如申請專利範圍第丨3項所述之照明系統，其中該判斷驅動裳置係當該強度信號之準位小於該門檻值時而產生一遠燈切換信號，用以將該照明裝置強制切換至一遠燈狀態’而當該強度信號之準位大於該門檻值時產生一近燈切換信號，用以將該照明裝置強制切換至一近燈狀態。 1 7·如申請專利範圍第】3項所述之照明系統，其中該照明裝置係為該戶外載具之頭燈，而該遠燈狀態為該頭燈發出遠光之狀態，至於該近燈狀態則為該頭燈發出近光之狀態。 1 8·如申請專利範圍第丨3項所述之照明系統，其中該照明裝置係包含有該戶外載具之頭燈與霧燈，而該遠燈狀態為該頭燈發出遠光且該霧燈點亮之狀態，至於該近燈狀態則為該頭燈發出近光且該霧燈熄滅之狀態。 1 9 ·如申請專利範圍第丨3項所述之照明系統，其中該判斷200413872 VI. Scope of patent application 曱 Please request patent scope -----__ The moving device is when the level of the intensity signal is less than the threshold moving signal. The drive is generated in the π direction. The lighting system as described in item 丨 of the scope of patent application, wherein the headlight, fog light, side light or indicator of the outdoor vehicle is installed. Battery. 1 and 'And the lighting system of the 6th Department as described in item 1 of the scope of patent application, wherein the bad working condition of the lightning storage station f means that the power storage device starts to produce two electrical devices at the beginning of the second round ^' The instantaneous voltage drop is greater than a preset value, or = the current is less than the set current when it is placed in the self-test. The lighting system described in item 6 of the scope of patent application filed by the Department of Livestock and Electricity, and the reset is when the power storage When the device is turned on and the detection device is lower than the preset value, the device sends the disable signal = time ft 2 to prohibit the judgment driving device from triggering the lighting device to use the power of the driving device to emit light. Directly use the animal power equipment8. The lighting equipment as described in item 6 of the scope of the patent application is when the power storage equipment is approved, the value of the detection equipment, and the current output by Jishan during the self-test is less than Xi: The disable signal is sent to the judgment driving device, and the setting moving device triggers the lighting device to perform more than the judgment driving operation. The device uses the electric power of the animal power device to emit light ::: The lighting system described in item 1 of the patent scope, in which the power is currently on; the middle of it-the generator starts to install the power storage device # 10. -The day of the call to determine the drive device issued the disable * signal. Order, first, the control method includes the following steps: the lighting of the outdoor vehicle is on page 23 ^ 13872 6. Patent application scope number; a driving signal is generated according to the light intensity in the environment is less than a threshold value and the driving signal should be driven The trigger causes the electric energy of the lighting device to automatically emit light, and the utilization of the storage device is set in response to a bad working condition of one of the electrical storage devices to prevent the lighting device from using the storage device. Not so. action. The crime of illuminating by the guilty pi. The lighting system and control beans as described in item 1G of the patent scope: The bad working condition of the animal electrical device refers to the instantaneous voltage of the output voltage when the power storage device is eight currents. Drop more than a shoulder. Power transmission = The current output by the power storage device during self-test is small: ―set: yes 12. The lighting system control method described in item 10 of the scope of patent application, Lizhong also includes the following steps: in the outdoor load Eight power storage devices were underwent thunder, and one of the generators started to charge the animal electrical device, and stopped issuing the letter of prohibition. 1 3 · A kind of lighting system, which is used in an outdoor vehicle. On the private dan, the system includes: a frame-first intensity detection device installed in the system to emit a strong sound according to the light intensity in the environment. Γ //, above, a judgment drive device, the signal is far Connect ^ ^ 跣, set, which is based on the entry-automatic cut; this; the ambient light intensity detection installation changes and sends a -switching signal; the current time should be a standard lighting device for the intensity signal, the signal is connected to the The switching signal is triggered by the-far light ^; the driving device, which switches between the hard state and the-near light state 0 200413872 VI. Patent application scope 1 4 · Lighting system as described in item 13 of the patent application scope Where the ambient light The intensity detection device is composed of a photosensitive cell, a photoelectric crystal, a photodiode, a light array, a CMOS light sensor, a galvanic coupling element, a microcomputer inductive sensor, a device, an external line sensor, a raindrop sensor,丨 Chenwu Sensor, Biosensor, GPS Sensor, Temperature Sensor, Light Sensor, Radar Sensor, Wireless Transceiver, Infrared Sensor, Solar Sensor, Car Distance sensor or solar cell. 15 · The lighting system as described in item 3 of the patent application scope, wherein the judgment driving device generates the switching signal due to the relationship between the level of the intensity signal and a threshold value. 16 · The lighting system as described in item 3 of the scope of the patent application, wherein the judgment driving gear is a far-light switching signal when the level of the intensity signal is less than the threshold value, which is used for the lighting device Forced switching to a high-light state ', and when the level of the intensity signal is greater than the threshold value, a low-light switching signal is generated for forcibly switching the lighting device to a low-light state. 17. The lighting system according to item 3 in the scope of the patent application, wherein the lighting device is a headlight of the outdoor vehicle, and the high-light state is a state in which the headlight emits high-light, as for the near-light The state is the state where the headlight emits low beam. 18 · The lighting system as described in item 3 of the patent application scope, wherein the lighting device includes a headlight and a fog lamp of the outdoor vehicle, and the high-light state is that the headlight emits high-light and the fog The state where the lamp is on, and the state near the lamp is the state where the headlight emits a low beam and the fog lamp is off. 1 9 · The lighting system as described in item 丨 3 of the scope of patent application, wherein the judgment

200413872200413872

六、申請專利範圍驅動裝置係因應該強度信號之準位小於一亮度預設值時而自動進入該自動切換狀態。 2 0 ·如申請專利範圍第1 3項所述之照明糸統，其中該判斷驅動裝置係因應一手動按鍵被按下而進入該自動切換狀態。 2 1 · —種照明系統控制方法，應用於一戶外載具之照明系統上，該控制方法包含下列步驟：因應環境中之光強度而發出一強度信號；6. Scope of patent application The driving device automatically enters the automatic switching state when the level of the intensity signal is less than a preset brightness value. 20 · The lighting system as described in item 13 of the scope of patent application, wherein the judgment driving device enters the automatic switching state in response to a manual button being pressed. 2 1 · A lighting system control method applied to the lighting system of an outdoor vehicle. The control method includes the following steps: an intensity signal is emitted according to the light intensity in the environment;

因應該強度信號之準位變化而發出一切換信號；以及因應該切換信號之觸發而使該照明裝置於一遠燈狀態與一近燈狀態間進行切換。 ^ 22·如申請專利範圍第21項所述之照明系統控制方法，其中係因應該強度信號之準位與一門權值之關係而產生該切換信號。A switching signal is issued in response to a change in the level of the intensity signal; and the lighting device is switched between a far-light state and a near-light state in response to the trigger of the switching signal. ^ 22. The lighting system control method as described in item 21 of the scope of patent application, wherein the switching signal is generated due to the relationship between the level of the intensity signal and a weight.

2 3 ·如申請專利範圍第2 2項所述之照明系統控制方法，其中當該強度信號之準位小於該門檻值時而產生一遠燈切換信號，用以將該照明裝置強制切換至一遠燈狀態，而當該強度信號之準位大於該門檻值時產生一近燈切換信號，用以將該照明裝置強制切換至一近燈狀態。 24·如申請專利範圍第2丨項所述之照明系統控制方法，其中係因應該強度信號之準位小於一預設值時而自動進入該自動切換狀態。 25·如申請專利範圍第21項所述之照明系統控制方法，其中該係因應一手動按鍵被按下而進入該自動切換狀態。2 3 · The lighting system control method according to item 22 of the scope of patent application, wherein when the level of the intensity signal is less than the threshold value, a far-light switching signal is generated for forcibly switching the lighting device to a A low-light state, and when the level of the intensity signal is greater than the threshold value, a low-light switching signal is generated for forcibly switching the lighting device to a low-light state. 24. The lighting system control method according to item 2 丨 in the scope of patent application, wherein the automatic switching state is automatically entered when the level of the intensity signal is less than a preset value. 25. The lighting system control method as described in item 21 of the scope of patent application, wherein the automatic switching state is entered when a manual button is pressed.

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六、申請專利範圍 2 6 · —種照明系統控制方法，應用於一戶外栽具之照明系統上，該控制方法包含下列少驟：設定一預設時間點；計時至該預設時間點時發出一啟動信號；以及因應該啟動信號之觸發而使該照明裝置自動啟動。 2 7· —種照明系統控制方法，應用於一戶外載具之照明系統上，該控制方法包含下列少雜：因應環境中之光強度而發出一強度4號；6. The scope of patent application 2 6 · —A lighting system control method applied to the lighting system of an outdoor plant. The control method includes the following steps: setting a preset time point; issuing when the time reaches the preset time point An activation signal; and the lighting device is automatically activated in response to the activation of the activation signal. 2 7 · — A lighting system control method applied to the lighting system of an outdoor vehicle. The control method includes the following minor impurities: an intensity number 4 is emitted according to the light intensity in the environment;

因應該強度信號之準位變化而發出一切換信號；以及因應該切換信號之觸發而使該照明裝置於一第一狀態與一第二狀態間進行切換。 2 8 ·如申請專利範圍第2 7項所述之照明系統控制方法，其中係因應該強度信號之準位與/門檻值之大小關係而產生該切換信號。 2 9 ·如申請專利範圍第2 7項所述之照明系統控制方法，其中該照明裝置係包含有頭燈、霧燈、方/向燈或邊燈。 3 0 ·如申請專利範圍第2 9項所述之照明系統控制方法，其中該第一狀態與第二狀態係分別代表頭燈之遠燈狀態與近燈狀態。 31 ·如申請專利範圍第2 9頊所述之照明系統控制方法，其中該第一狀態與第二狀態係分別代表霧燈、方向燈或邊燈之啟動狀態與關閉狀態。A switching signal is issued in response to a change in the level of the intensity signal; and the lighting device is switched between a first state and a second state in response to the trigger of the switching signal. 2 8 · The lighting system control method described in item 27 of the scope of patent application, wherein the switching signal is generated due to the magnitude relationship between the level of the intensity signal and the / threshold value. 29. The lighting system control method according to item 27 of the scope of patent application, wherein the lighting device includes a headlight, a fog light, a direction / direction light or a side light. 30. The lighting system control method as described in item 29 of the scope of the patent application, wherein the first state and the second state represent the far light state and the near light state of the headlight, respectively. 31. The lighting system control method as described in claim 29, wherein the first state and the second state represent the activation state and the off state of the fog light, the direction light or the side light, respectively.