201105529 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種用於車輛之後視鏡裝置，特別是 指一種.具照明功能的後視鏡裝置。 【先前技術】 一般車輛皆於前後側設置方向燈，當要變換車道或是 轉彎時’會控制方向燈的閃爍來通知周遭來車注意。然而 ’當左、右方車輛是並行行駛時，可能會因為視覺上的死 角而沒有注意到方向燈閃爍’導致交通事故的發生，因此 ，即有如圖1所示之中華民國公開第200631836號所揭露 的車輛用外側後視鏡裝置1，該後視鏡裝置1是安裝於一車 輛100外侧，該車輛100包含一車體101、一設於該車體 101前端的車頭燈102，及二分別設置於該車體1〇1前端兩 侧的第一方向燈103，該後視鏡裝置丨包含二分別設置於該 車體101兩側的殼體η、二分別固設於所述殼體u上供駕 駛者觀看的鏡面12，及二分別設置於所述殼體u上的第二 方向燈13。 一般而言，每一車輛100是於左、右兩側分別安裝該 車輛用外側後視鏡裝4 i，而所述第二方向燈13是盘同侧 之第-方向燈1〇"步啟閉’也就是說，當位於駕駛右側 之第-方向⑨1〇3 |動而閃爍時’位於右侧之第二方向燈 13也會同步閃爍，除了提醒後方及對向來車之外，該第二 方向燈η的閃蝶可以更加提高車輛100周遭車輛駕：人： 201105529 ⑼…般的車_ 1G2只能將光線投射於車輛⑽ 前方’若車輛1〇〇於燈光昏暗的環境中行駛在窄小巷弄或 是兩車進行會車時，會導致駕驶者不易判斷車輛兩側的距 離’而所述第二方向燈13也只於車輛轉弯或是變換方向時 才閃爍警示，無法作為照明功能，因此如何使得兼顧照明 以及變換方向之警示作用，便成為業界努力研究的目標。 【發明内容】 因此，本發明之目的，即在提供一種可以兼具照明以 及變換方向警示之具照明功能的後視鏡裝置。 於是，本發明具照明功能的後視鏡裝置，設置於一車 輛外側，該車輛包含一車體、一設於車體内之控制電路、 一设置於該車體前端且電連接於該控制電路的車頭燈組， 及二分別設置於該車體前端兩側且電連接於該控制電路的 第一方向燈，該後視鏡裝置包含二分別設置於該車體兩側 的殼體、二分別安裝於所述殼體且與該車頭燈組同方向的 照明單元、二分別安裝於所述殼體且與該車頭燈組同方向 的第二方向燈，及二分設於所述殼體上的鏡面。 該二殼體分別具有一與該車頭燈組同方向之容置部， 所述照明單元是分別安裝於該二容置部中並電連接於該控 制電路，且可選擇性的與該車頭燈組同步啟閉，而所述第 二方向燈是分別安裝於該二容置部中並電連接於該控制電 路，且亦可與該第一方向燈同步啟閉。 本發明之功效在於，藉由該二第二方向燈可與該二第 一方向燈同步啟閉，可以用來警示周遭的車輛之外，所述 4 201105529 照明單元亦可與該車頭燈组同方向並同步啟閉，因此可以 提南車輛照明的區域’且t車姉敬於光線不明的環境中 ，可以使駕驶者更清楚的看到車外的路況，並提醒對向及 兩側來車，有效提高行車安全。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效’在 以下配合參考圖式之三個較佳實施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 參閱圖2，本發明具照明功能的後視鏡裝置2之第一較 佳實施例是設置於一車輛9〇〇外側（在此是以一般的汽車 為例作說明，當然亦適於設置在機車或其他交通運輸工具 上），該車輛900包含一車體901、一控制電路9〇3(因為視 角的關係只顯示於圖5)、一設置於該車體9〇1前端且電連 接於該控制電路903的車頭燈組904、二分別設置於該車體 9〇1前端兩側且電連接於該控制電路9〇3的第一方向燈9〇6 ’及一設置於該車體901前端且電連接於該控制電路903 的主霧燈組907。 續參閱圖2並配合圖3、4,該後視鏡裝置2包含二分 別設置於該車體901二侧且鄰近前座902處的殼體21 (圖 3、4是針對該車輛9〇〇 —側的連結狀態來作說明）、二分別 安裝於該殼體21上且與該車頭燈組904同方向的照明單元 22、二分別安裝於所述殼體21上且與該車頭燈組904同方 201105529 向的第二方向燈23、二分別覆設於該殼體21上的燈罩24 一刀別固設於所述殼體幻上用以供駕駛者觀看後方行車 狀況的鏡面25 ’及二分別安裝於所述殼體21上且與該主霧 燈組907同方向的副㈣26。在本實施例中該照明單元 22'第二方向燈23 ’及副霧燈％除可選用一般車用燈泡之 外亦可選用發光二極體（LED )，並不以本實施例中所揭 示者為限。 二閱圖3及圖5’所述殼體21各具有一與該車頭燈組 9〇4同方向之容置部211，該照明單元22是安裝於該容置部 211中並電連接於該控制電路9〇3，且可藉由切換該控制電 路903而選擇性與§玄車頭燈組9〇4同步啟閉，當實際操作 夺亦可藉由切換該控制電路903開啟該照明單元22或車 頭燈乡且904單獨進行照明。 。亥漯明單元22包括多數個安裝於該殼體21之容置部 211中並電連接於該控制電路9〇3的提示燈22〇、一安裝於 該容置部211中並電連接於該控制電路9〇3的近光燈221、 一安裝於該容置部211中並電連接於該控制電路9〇3的遠光 燈222，及一可切換該提示燈22〇、近光燈221、遠光燈 222進行照明的切換件223。 該切換件223可以於第一狀態至第三狀態的三個狀態 之門刀換切換至第一狀態時，該控制電路9〇3與所述提 示燈220導通而使該車頭燈組9()4與提示燈細同步開啟 切換至第一狀態時，該控制電冑9〇3 @時與所述提示燈 220與近光燈221導通而使該車頭燈組9〇4、提示燈22〇， 201105529 及近光燈221同步開啟。切換至第三狀態時，該控制電路 903同時與所述提示燈220與遠光燈222導通而使該車頭燈 組904、提示燈220，及遠光燈222同步開啟。 該第二方向燈23亦是安裝於該殼體21之容置部211中 並電連接於該控制電路903，且可藉由切換該控制電路903 而選擇性與同側之第一方向燈906同步啟閉，當實際操作 時，亦可藉由切換該控制電路903開啟該第二方向燈23或 第一方向燈906單獨進行警示。 φ 該燈罩24是覆設於該殼體21之容置部211，該後視鏡 裝置2更包含一個設置於該容置部211内而將所述提示燈 220、近光燈221、遠光燈222、副霧燈26，及第二方向燈 - 23予以分隔的隔板，以使得所述提示燈220、近光燈221、 遠光燈222、副霧燈26，及第二方向燈23於發亮時互不干 擾，然而該隔板的設置方式為熟知該項技藝的人士所能輕 易實施，在此便不予贅述。 當車輛900在行駛過程中開啟該車頭燈組904，此時即 鲁可藉由該控制電路903使該照明單元22與該車頭燈組904 同步開啟，而將該切換件223切換至第一狀態時，該控制 電路903與所述提示燈220導通，使該車頭燈組904與提 示燈220同步開啟，而達到提醒對向及兩側的來車注意的 效果。 若車輛900在行駛於需要照明的昏暗環境時，可以將 該切換件223切換至第二狀態，此時，該控制電路903同 時與所述提示燈220及近光燈221導通而使該車頭燈組904 201105529 、提示燈220，及近光燈221同步開啟，不但可以有效的提 昇車輛900前方以及前座902兩側的照明程度，使得駕駛 者可以清楚看見前方路況，同時能達到提醒對向及兩側的 來車注意的效果，而且當車輛900行駛在窄小巷弄或是兩 車進行會車時，可以使得駕駛者更容易判斷車輛兩側的距 離’避免擦撞問題的產生》 駕駛者也可以將該切換件223切換至第三狀態，此時 ’該控制電路903同時與所述提示燈220，及遠光燈222導 通而使該車頭燈組904、提示燈220 ’及遠光燈222同步開 啟’進一步地加強車輛900前方以及前座902兩側的照明 程度。 若在車輛900行駛過程中行經有濃霧產生的路段時， 也可以將該主霧燈組907開啟並藉由該控制電路9〇3同步 啟動所述副霧燈26，以提升車輛900前方以及前座9〇2兩 側視野的能見度。 當車輛900要變換車道或是轉彎時，就會啟動該第一 方向燈906開始閃爍，用以通知後方及對向來車，而該第 一方向燈23即可與設置於同側之第一方向燈9〇6同步閃爍 ，來提醒並行之兩側車輛900，避免視覺上的死角而有效提 尚行車的安全性。 藉由上述設計，本發明於實際使用時具有以下所述之 優點： (1)有效提高照明程度： 由於該照明單元22可與該車頭燈組9〇4同步啟閉 201105529 ，因此當該車頭燈組9〇4開啟後，駕駛者可以依其需求 來將該切換件223切換於第一狀態至第三狀態之間，來 選擇該照明單元22中的提示燈220、近光燈221或遠 光燈222與該車頭燈組9〇4同步開啟，而有效提高車輛 900前方以及前座902兩側的照明程度。 (2)有效提高行車安全： 承上所述’當車輛900行驶於昏暗環境時，該照 明單元22的輔助光源可以使駕駛者更清楚的看見前方 • 及兩側的路況，尤其是行駛在窄小巷弄或是兩車進行會 車時’使得駕駛者更容易判斷車輛900兩側的距離，且 於不需要高度照明時，將該切換件223切換至第一狀態 ' ’則該照明單元22的提示燈220仍然可以作為警示作 用而提醒兩侧及前方來車注意，因此可以有效提高行車 安全。 參閱圖6及圖7，本發明具照明功能的後視鏡裝置2之 第二較佳實施例，大致類似該第一較佳實施例’不同之處 鲁在於：該後視鏡裝置2是包含多數個分別安裝於每一殼體 21之容置部211的第二方向燈23，其中，所述第二方向燈 23是環繞設置於該容置部211的周緣，而所述提示燈220 同樣是以環繞設置的方式，設置於該近光燈221與所述第 二方向燈23之間。 藉由上述後視鏡裝置2上之提示燈220、近光燈221、 遠光燈222、第二方向燈23，及副霧燈26的設計，同樣可 以達到有效提尚照明程度及有效提高行車安全的效果，同 201105529 時更提供使用者另一種選擇的態樣。 …參閱圖8及圖9’本發明具照明功能的後視鏡裝置2之 第三較佳實施例，大致類似該第二較佳實施例，不同之處 在於：所述第二方向燈23除了環繞設置於該容置部2n的 周緣之外’也m置於該鏡面25的周緣，且該燈罩μ 是延伸至該鏡面25的上、下側，而覆蓋於所述第二方向燈 23 ° 猎由上述設計，除了可以告知對向來車轉彎的方向之 外’後方來車也可以看到鏡面25周緣的所述第二方向燈^ 在閃爍’而達到提醒後方來車的作用，有效提升行車的安 全性。 綜上所述，本發明錢明功能的後視鏡裝置2,除了所 述第二方向燈23會與同側的第—方向燈_同步閃燦以提 醒前方及兩側來車之外，該照明單元22之提示燈22〇、近 光燈221與遠光燈222的設計可以有效的提高照明程度以 及行車安全，並達到提醒對向及兩側來車㈣示作用故 確實能達成本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍’即大凡依本發明中請專利 範圍及發明說明内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内。 【圖式簡單說明】 圖1是一前視圖，說明習知的車柄用外侧後視鏡裝置 10 201105529 圖2是一前視圖，說明本發明具照明功能的後視鏡裝 置之第—較佳實施例； 圖3是一部分前視圖，說明該第一較佳實施例的配置 關係； 圖4是一部分俯視圖，說明該第一較佳實施例中鏡面 的設置位置； 圖5 [架構方塊圖，說明該第—較佳實施例的連結 關係； Μι 6, 一部分前視圖’說明本發明具照明功能的後視 兄裝置之第二較佳實施例； 的設^7^;—部分側視圖’說明該第二較佳實施例中鏡面 鏡裝^第是―^分後視圖，說明本發明具照明功能的後視 弟二較佳實施例；及 該第三較佳實施例中燈罩 圖 9县· . 疋一。p分側視圖，說明 的設置位置。 201105529 【主要元件符號說明】 900 車輛 22 照明單元 901 車體 220 提示燈 903 控制電路 221 近光燈 904 車頭燈組 222 遠光燈 906 第一方向燈 223 切換件 907 主霧燈組 23 第二方向燈 2 後視鏡裝置 24 燈罩 21 殼體 25 鏡面 211 容置部 26 副霧燈 12201105529 VI. Description of the Invention: [Technical Field] The present invention relates to a rear view mirror device for a vehicle, and more particularly to a rear view mirror device having an illumination function. [Prior Art] Generally, vehicles are equipped with directional lights on the front and rear sides. When changing lanes or turning, the directional lights flash to notify the surrounding car. However, 'when the left and right vehicles are driving in parallel, they may not notice the blinking of the direction lights because of the visual dead angle', which causes traffic accidents. Therefore, there is the Republic of China Public Publication No. 200631836 as shown in Figure 1. The rear side mirror device 1 for a vehicle is mounted on the outer side of a vehicle 100. The vehicle 100 includes a vehicle body 101, a headlight 102 disposed at the front end of the vehicle body 101, and two separate lights. a first direction light 103 disposed on two sides of the front end of the vehicle body 1〇1, the rear view mirror device 2 includes two housings η and two respectively disposed on two sides of the vehicle body 101, and are respectively fixed to the housing u The mirror 12 for the driver to view, and the second directional lamp 13 respectively disposed on the casing u. Generally, each vehicle 100 is mounted on the left and right sides of the vehicle exterior mirror assembly 4 i, and the second directional lamp 13 is the first-direction lamp on the same side of the disk. Opening and closing 'that is, when the first direction of the right side of the driver is 91 〇 3 | flashing while moving, the second direction light 13 on the right side will also flash simultaneously, except for reminding the rear and the opposite car, the first The flashing butterfly of the two-direction lamp η can further improve the vehicle driving around 100 vehicles: person: 201105529 (9)...like car _ 1G2 can only project light in front of the vehicle (10) 'If the vehicle 1 is driving in a dimly lit environment, it is narrow When the alleys or two cars are used for the car, it will make it difficult for the driver to judge the distance between the two sides of the vehicle. The second directional light 13 will only flash when the vehicle turns or changes direction, and cannot be used as illumination. Function, so how to make the warning effect of lighting and changing direction become the goal of the industry. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a rear view mirror device that can have both illumination and a direction change warning. Therefore, the rear view mirror device with illumination function of the present invention is disposed outside a vehicle, and the vehicle includes a vehicle body, a control circuit disposed in the vehicle body, a front end of the vehicle body, and is electrically connected to the control circuit. a headlight group, and two first direction lights respectively disposed on two sides of the front end of the vehicle body and electrically connected to the control circuit, the rear view mirror device comprises two housings respectively disposed on two sides of the vehicle body, and two parts respectively a lighting unit mounted on the casing and in the same direction as the headlight group, two second direction lights respectively mounted on the casing and in the same direction as the headlight group, and two parts disposed on the casing Mirror surface. The two housings respectively have a receiving portion in the same direction as the headlight group, and the lighting units are respectively mounted in the two receiving portions and electrically connected to the control circuit, and are selectively connectable to the headlight The group is synchronously opened and closed, and the second directional light is respectively installed in the two accommodating portions and electrically connected to the control circuit, and can also be opened and closed in synchronization with the first directional light. The effect of the present invention is that the two second directional lights can be opened and closed in synchronization with the two first directional lights, and can be used to alert the surrounding vehicles. The 4 201105529 lighting unit can also be the same as the headlight group. The direction and synchronization of the opening and closing, so you can mention the area of the vehicle lighting in the south, and the car is swayed in an environment where the light is unknown, so that the driver can clearly see the road outside the car and remind the opposite and both sides of the car, Effectively improve driving safety. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. Referring to FIG. 2, a first preferred embodiment of the illuminating rearview mirror device 2 of the present invention is disposed on the outside of a vehicle 9 (here, a general automobile is taken as an example, and of course, it is also suitable for On the locomotive or other transportation vehicle, the vehicle 900 includes a vehicle body 901, a control circuit 9〇3 (shown only in FIG. 5 because of the viewing angle), a front end of the vehicle body 9〇1, and is electrically connected to The headlights 904 and 224 of the control circuit 903 are respectively disposed on the front side of the front side of the vehicle body 9〇1 and are electrically connected to the first direction lamp 9〇6′ of the control circuit 9〇3 and the vehicle 901 is disposed on the vehicle body 901. The front end is electrically connected to the main fog lamp group 907 of the control circuit 903. 2 and 4, the rear view mirror device 2 includes two housings 21 respectively disposed on two sides of the vehicle body 901 and adjacent to the front seat 902 (FIG. 3 and FIG. 4 are for the vehicle 9〇〇). In the side connection state, the illumination unit 22 and the second unit respectively mounted on the casing 21 and in the same direction as the headlight group 904 are respectively mounted on the casing 21 and are in the same manner as the headlight group 904. The second directional lamp 23 and the second directional lamp 23, which are respectively disposed on the casing 21, are fixed to the casing and are respectively mounted on the casing for the driver to view the rear driving condition. A sub (four) 26 on the casing 21 in the same direction as the main fog lamp group 907. In this embodiment, the second directional lamp 23 ′ and the sub-fog lamp % of the illuminating unit 22 ′ may use a light-emitting diode (LED) in addition to the general vehicular bulb, which is not disclosed in the embodiment. The limit is limited. The housings 21 of FIG. 3 and FIG. 5 each have a receiving portion 211 in the same direction as the headlight group 9〇4. The lighting unit 22 is mounted in the receiving portion 211 and electrically connected thereto. The control circuit 9〇3 can be selectively turned on and off in synchronization with the SYS headlight group 9〇4 by switching the control circuit 903. When the actual operation is performed, the lighting unit 22 can be turned on by switching the control circuit 903 or The headlights and 904 are separately illuminated. . The illuminating unit 22 includes a plurality of indicator lamps 22 安装 mounted in the accommodating portion 211 of the housing 21 and electrically connected to the control circuit 〇3, and is mounted in the accommodating portion 211 and electrically connected thereto. a low beam 221 of the control circuit 〇3, a high beam 222 mounted in the accommodating portion 211 and electrically connected to the control circuit 〇3, and a switchable light 22 and a low beam 221 The high beam 222 is used to illuminate the switching member 223. When the switching member 223 can switch to the first state in the three states of the first state to the third state, the control circuit 9〇3 is electrically connected to the indicator light 220 to make the headlight group 9() 4, when the switch light is synchronously turned on to switch to the first state, when the control switch 9〇3 @ is turned on, the indicator light 220 and the low beam light 221 are turned on to turn the headlight group 9〇4 and the indicator light 22〇. 201105529 and low beam 221 are turned on simultaneously. When switching to the third state, the control circuit 903 is simultaneously turned on with the cue lamp 220 and the high beam 222 to cause the headlight group 904, the cue light 220, and the high beam 222 to be simultaneously turned on. The second directional lamp 23 is also mounted in the accommodating portion 211 of the casing 21 and electrically connected to the control circuit 903, and can be selectively coupled to the first directional lamp 906 on the same side by switching the control circuit 903. Synchronous opening and closing, when actually operating, the second direction light 23 or the first direction light 906 can be separately turned on by switching the control circuit 903 to perform an alarm. The lamp cover 24 is disposed in the accommodating portion 211 of the casing 21, and the mirror device 2 further includes a light disposed in the accommodating portion 211 to set the indicator light 220, the low beam 221, and the high beam. The lamp 222, the sub-fog lamp 26, and the second directional lamp - 23 are separated by a partition such that the cue lamp 220, the low beam 221, the high beam 222, the sub-fog lamp 26, and the second directional lamp 23 are provided. They do not interfere with each other when they are bright. However, the layout of the partitions can be easily implemented by those who are familiar with the art and will not be described here. When the vehicle 900 turns on the headlight group 904 during driving, at this time, the control unit 903 causes the lighting unit 22 to be turned on synchronously with the headlight group 904, and the switching member 223 is switched to the first state. At this time, the control circuit 903 is electrically connected to the indicator light 220, so that the headlight group 904 and the indicator light 220 are turned on simultaneously, and the effect of alerting the opposite and the two sides of the vehicle is reached. If the vehicle 900 is driving in a dim environment that requires illumination, the switching member 223 can be switched to the second state. At this time, the control circuit 903 is simultaneously turned on with the indicator light 220 and the low beam 221 to make the headlight. Group 904 201105529, prompt light 220, and low beam 221 are simultaneously turned on, which can effectively improve the illumination level of the front of the vehicle 900 and the front seat 902, so that the driver can clearly see the road ahead, and can reach the reminder and the two The side of the car to pay attention to the effect, and when the vehicle 900 is driving in a narrow alley or two cars for the car, it can make it easier for the driver to judge the distance between the two sides of the vehicle to avoid the problem of collision. The switching member 223 can be switched to the third state. At this time, the control circuit 903 is simultaneously turned on with the indicator light 220 and the high beam 222 to turn the headlight group 904, the indicator light 220' and the high beam 222. Synchronous opening 'further enhances the degree of illumination in front of the vehicle 900 and on both sides of the front seat 902. If the road segment with the dense fog is generated during the running of the vehicle 900, the main fog lamp group 907 can also be turned on and the sub-fog lamp 26 can be synchronously activated by the control circuit 9〇3 to raise the front and front seats of the vehicle 900. 9〇2 visibility of the two sides of the field of view. When the vehicle 900 is to change lanes or turn, the first direction light 906 starts to blink to notify the rear and the opposite vehicle, and the first direction light 23 can be in the first direction disposed on the same side. The lights 9〇6 flash simultaneously to remind the parallel sides of the vehicle 900 to avoid the visual dead angle and effectively improve the safety of the driving. With the above design, the present invention has the following advantages in practical use: (1) Effectively improving the degree of illumination: Since the lighting unit 22 can be opened and closed in synchronization with the headlight group 9〇4, 201105529, when the headlight is After the group 9〇4 is turned on, the driver can switch the switching member 223 between the first state and the third state according to the requirement to select the prompt light 220, the low beam light 221 or the high beam in the lighting unit 22. The lamp 222 is turned on in synchronization with the headlight group 9〇4, thereby effectively improving the degree of illumination in front of the vehicle 900 and on both sides of the front seat 902. (2) Effectively improve driving safety: According to the above description, when the vehicle 900 is traveling in a dim environment, the auxiliary light source of the lighting unit 22 can make the driver see the front side more clearly and the road conditions on both sides, especially in the narrow road. When the lanes are used or when the two cars are in the vehicle, it is easier for the driver to judge the distance between the two sides of the vehicle 900, and when the height illumination is not required, the switching member 223 is switched to the first state ''the lighting unit 22 The cue light 220 can still be used as a warning to remind the car on both sides and in front of the car, so it can effectively improve driving safety. Referring to FIG. 6 and FIG. 7, a second preferred embodiment of the illumination function rear view mirror device 2 of the present invention is substantially similar to the first preferred embodiment. The difference lies in that the rear view mirror device 2 is included. a plurality of second directional lamps 23 respectively mounted on the accommodating portion 211 of each of the housings 21, wherein the second directional light 23 is circumferentially disposed on the periphery of the accommodating portion 211, and the cue light 220 is the same It is disposed between the low beam 221 and the second directional light 23 in a circumferential manner. The design of the indicator light 220, the low beam 221, the high beam 222, the second directional light 23, and the sub-fog lamp 26 on the rear view mirror device 2 can also effectively improve the illumination level and effectively improve the driving. The safe effect, with 201105529, provides the user with another choice. Referring to Figures 8 and 9', a third preferred embodiment of the illumination-enabled rear view mirror device 2 is substantially similar to the second preferred embodiment, except that the second direction light 23 is Surroundingly disposed outside the periphery of the accommodating portion 2n, 'm is also placed on the periphery of the mirror surface 25, and the lamp cover μ extends to the upper and lower sides of the mirror surface 25, and covers the second directional light 23 ° Hunting by the above design, in addition to telling the direction of the turning of the incoming car, the rear side of the car can also see the second directional light of the mirror 25 circumference ^ flashing 'to reach the role of reminding the rear to drive, effectively improve the driving Security. In summary, the rear view mirror device 2 of the present invention, except that the second directional light 23 is synchronized with the first directional light _ on the same side to remind the front and the sides of the vehicle, The design of the indicator light 22 〇, the low beam 221 and the high beam 222 of the lighting unit 22 can effectively improve the illumination level and the driving safety, and achieve the purpose of reminding the opposite direction and the two sides of the vehicle (4), so that the invention can be achieved. purpose. However, the above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front elevational view showing a conventional outer side mirror device 10 for a handle. 201105529 FIG. 2 is a front view showing the first preferred embodiment of the rear view mirror device with illumination function of the present invention. 3 is a front view showing the arrangement relationship of the first preferred embodiment; FIG. 4 is a partial plan view showing the position of the mirror in the first preferred embodiment; FIG. 5 [Architecture block diagram, description The connection relationship of the first preferred embodiment; Μι 6, a front view 'illustrating a second preferred embodiment of the rear view brother device with illumination function of the present invention; In the second preferred embodiment, the mirror mirror assembly is a rear view showing the preferred embodiment of the rear view of the present invention; and the shade of the third preferred embodiment. One. p sub-side view, the location of the description. 201105529 [Description of main components] 900 Vehicle 22 Lighting unit 901 Body 220 Warning light 903 Control circuit 221 Low beam 904 Headlight group 222 High beam 906 First direction light 223 Switching piece 907 Main fog light group 23 Second direction Lamp 2 Rearview mirror device 24 Lampshade 21 Housing 25 Mirror 211 Housing 26 Sub-fog light 12