1277708 九、發明說明： 【發明所屬之技術領域】 頭燈的 本發明係跟車輛的照明結構有關，而特別係指氣$ 遠近光調整作動結構。 山虱 【先前技術】 車輛在行駛過程中，駕駛者的視線是否良好與自 & ί i'm其是在清晨、黃昏、夜晚以朗氣候或環 衫音，而處於昏暗不明的狀況下更必_啟車_頭燈來^ 方路況，並提供前方以及對向來車車輛駕驶者清 置，所以車輛頭燈的照明度以及其投射範圍能力 :ς 為了達到七述的需求，目前車輛在出廠前其頭二以 採用说氣頭燈是目前的趨勢。 /、、且 請參閱中華民國第092219303號新型專利申靖安「、土 切換裝置」，以及中執國第觀1δ363 _二了 換結構之改良」，上述兩案皆是以電磁閥驅 猎^遮光板的位置變化而同時改變光源投射區域大， J遠近燈切換之目的，是目前車輛頭燈遠近光切換的二計趨 本案發明人利用上述電磁閥驅動遮光板 變化改變光源投射區域為設計Μ，並1277708 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to the illumination structure of a vehicle, and particularly to a near-light adjustment actuator structure. Hawthorn [Prior Art] When the vehicle is driving, the driver's line of sight is good and self-amp; ί i'm it is in the morning, dusk, night with a climatic or ring-tone, but in a dark and unclear situation Must _ start the car _ headlights to the side of the road, and provide the front and the driver of the vehicle to clear, so the vehicle headlights illumination and its range of ability: ς In order to meet the seven requirements, the current vehicle is in the factory Before the first two, the use of gas headlights is the current trend. /, and please refer to the new patent of the Republic of China No. 092219303 Shen Jingan ", soil switching device", and the improvement of the Chinese ruling 1δ363 _ two replacement structure, the above two cases are driven by electromagnetic valve ^ visor The position change and the light source projection area is changed at the same time, and the purpose of the J-near-light switching is that the inventor of the present invention uses the above-mentioned solenoid valve to drive the visor to change the projection area of the light source, and
作動的結構设計，而研發設計出一種創新獨的、:百^、土 光調整作動結構，且不同於上述兩者的結構者、。^ *頭、且逖L 【發明内容】 本發明主要目的，係提供-種氣氣頭燈遠近光調 结 構，该调整作動結構包括一固定片結合有一帝二十 樞設有二遮光片，以及電鱗驅動—作動片同步帶=遮 '1277708 燈 而遮蔽氤氣燈管投身4^=後=光片位於固定片的缺口外 遠離固定片的缺’為本發明近光投射，或遮光片 遠近光的切換作動"，為本發明遠光投射，據此達到氣氣頭 之功ί關!上述目的，所·之技術 '手段及其他 請參閱第-示詳細說明如下；首先 定片1 〇、二iL 調整作動結構係由一固 分r" r π 、、 2 〇、一電磁閥3 0、一作動片4 〇盘- 扣裱5 0所組成，其中： 川4 υ--- % ,11Q，係下半部係概呈半圓之構件，固定片1。 ^兩侧各向外成财―固定腿部丄i，另於固定片2 〇 有一階層狀之缺口 1 2，而為iii—yin 土、 數個結合孔13; 在固^1Q#近缺口12旁設有 。玄遮光片2 〇，其包括有一樞設部2 1與一遮光部2 2所 冓成倒L狀之構件，該遮光片2 〇以樞設部2 1供一_2 3 ^於固定片i 〇上，且遮光片2⑽靠近固定片丨〇缺口丄 ，处:另於遮光片2 〇樞設部21設有一穿孔2 4，且此穿孔 2 4係位樞軸2 3旁； 該電磁閥3 0，係透過螺絲鎖固於固定片丄〇的結合孔工 3 ’该電磁閥3 0上具有-升降桿;3丨，且升降桿3丨中段處 具有一頸部3 2 ; ’該作動片40，其係概呈L狀之構件，作動片4〇一端成 型有一扣合槽41，另一端設有二水平排列的橫向滑槽4 2， 戎作動片4 0以其扣合槽41扣固在電磁閥3 〇升降桿3丄 6 1277708 光片極轉，藉遮光片a 而遮蔽氙氣燈管投射$二^轉後，遮光片位於固定片的缺口外 遠離固定片的缺口處^ ，圍，為本發明近光投射，或遮光片 遠近光的切換作動f 、、、毛明遠光投射，據此達到氙氣頭燈 之功ϊ 的，娜、手段及其他 請參閱第一圖所示，节並配合圖不詳細說明如下；首先 定片1 〇、二遮光κίΡ頭燈遠近細整作動結構係由—固 扣環5 0所級成，其中：、—電磁閥3◦、一作動片4 〇與二 的兩有半圓之構件，固定片1 0 有-瞻部11，另於固定片1 0上製設 數個結^孔13; 在固定片1〇靠近缺口12旁設有 該遮光片2 0，其包括有一樞設部2工與一遮光部2 2所 籌ί倒L ^之構件，該遮光片2 Q雄設部2 1供-植軸2 3 C於2。上，且遮光片2。係靠近固定片1。缺口 1 ^處，另方;遮光片2 0樞設部2 1設有-穿孔24，且此穿孔 2 4係位樞軸2 3旁； 該電磁閥3 0，係透過螺絲鎖固於固定片丄〇的結合孔丄 3 ’該電磁閥3 〇上具有-升降桿3丄，且升降桿3 段處 具有一頸部3 2 ; 。亥作動片4 0，其係概呈L狀之構件，作動片4 〇 一端成 型有一扣合槽41，另一端設有二水平排列的橫向滑槽4 2， 遠作動片4 0以其扣合槽41扣固在電磁閥3 〇升降桿3 1 6 1277708 的頸部3 2 ; 20=2:其係串設於作動片40的滑槽猶遮光片 【實施方式】 第二當氣，實錄態，請參閱 係裝設有氙氣燈管6 2的燈座】近光調整作動結構， 結構係位於燈座6 i的光線折射槽之間，且部分 序裝設氙氣頭燈遠近光調整作動^ 内，該燈座61係依 3，其中透光罩6 3裝設有體6 4、透光罩6 說明 關於本發明遠近光的調整作動方式與魏，請見下列敛述 :广输管6 2所投射的光線經由折= 卜 區域，而固定片工〇上所結合的電磁閥3 〇， 4 ηρϊ接的作動片4〇會同升降桿3 1上升下降，而作動片 光片2降桿3 1上升下降作動時，其同時以扣環5 0帶動遮 閱3=侧3 Q控織料桿3 1上雜料，再請配合參 四與五圖，作動片4 0隨著升降桿3 1向上位移，而 ^力^ 0會以其滑槽4 2鴻扣環5 0，讓扣環5 〇帶動遮 尤斤d 〇樞轉，使得樞轉的遮光片2 〇遠離固定片丄〇的缺口 1 2，且遮光片2 〇的遮光部2 2不會遮蔽固定片1 〇的缺口 1 2處5此時遮光片2 0呈下垂狀態，因此氣氣燈管6 2所投 7 .1277708 射的光線，其經由折射 光片2 〇所遮蔽，即^翻遠馳域時不會被遮 第六&下降位移時，請配合參閱 動片4 0會以其滑降桿3 1向下位移，而作 的遮光部2 2恰好位於固^ i /遮光片2 0 管6 2所投射的光線騎 、2=b時氙氣燈 光片2 0的遮光部2 2所遮蔽曰6 ^ 先輪或被遮 即為本發明近光投射狀態。’、，、法丨勵X射㈣方光線， 第一本侧：軸，其不同於 2處套設有利f 0的升降桿3 i頸部3 時，時===1下降位移 i:rr::作動 ι:=扣=== 2 〇的遮光部且遮光片 線投射出遠- 浐9 明茶閱第八圖所示，其係利用在電磁閥3 〇的弁I：夂 以處套設有-彈性元件70 ^ i交此自仃復位的弹黃5其實施方式與功效，請搭配圖 -1277708 式第八至十圖所示； 近光貫施狀悲，當電磁閥3 〇控制其 同，性元件7 0，且作動片 ^ 3 1向下錄錄動扣環5 Q，讓扣環5 Q帶 = 區轉’且遮光片2 0呈水平張開狀態，此時 管、 ，光線經折射削1 1投向遠方切、區以^ 6 遮光部2 2所遮蔽，而無法順利投射出 本'、、、2 0的 射狀態。 做咖妨樣，即為近光投 而遠光實施狀態，當電磁閥3 〇 時，可藉由彈性元件7 〇受力壓縮後可;ms 1上升 1上升（彈性元件7 Q常態伸張），且=降桿3 1向上位移並拉動扣環5 〇，讓扣 j 4 0 Ik升降桿3 並遠離固定片1 〇的缺m且遮光^ =光t0拖轉 此氙氣燈管6 2所投射的光線，其經由 =^垂狀態，因 光源區域時不會_以2 Q所 ^^ 1 1投向遠方 據此，本發明可利用彈性元件7 投射狀態。 桿3 1復位，讓升降桿3 1保持常能f 3 0的升降 常態遠光投射狀態； ^ $心伸張，進而提供本發明為 面，並將雜元面與底 面的升降桿得以常態收縮 9Actuated structural design, and research and development to design a unique, unique, and earth-light adjustment actuation structure, and different from the structure of the above two. The main purpose of the present invention is to provide a gas-light headlight far and near light-modulating structure, the adjusting actuating structure comprising a fixing piece combined with an emperor twenty-shoulder and two light-shielding sheets, and Electric scale drive - actuating piece synchronous belt = cover '1277708 lamp and shield the xenon lamp tube to plunge 4 ^ = after the light piece is located outside the notch of the fixed piece away from the fixed piece's lack of light for the present invention, or the light shielding film The switching operation of light is "for the high beam projection of the present invention, and the power of the gas head is achieved accordingly. The above-mentioned purpose, the technique of the technology and other means please refer to the detailed description below; firstly, the film 1 〇 The second iL adjustment actuating structure is composed of a solid fraction r" r π , 2 〇, a solenoid valve 30, an actuating piece 4 〇 disk - 裱 裱 5 0, wherein: Sichuan 4 υ--- % , 11Q, the lower half of the system is a semi-circular member, fixed piece 1. ^The two sides are outwardly wealthy - fixed leg 丄i, and the fixed piece 2 〇 has a layered notch 1 2, but iii-yin soil, several bonding holes 13; in the solid ^1Q# near gap 12 Located next to it. The visor 2 includes a member having a pivoting portion 2 1 and an opaque portion 2 2 which is inverted L-shaped, and the visor 2 is provided with a pivoting portion 2 1 for a fixed sheet i 〇上, and the visor 2 (10) is close to the fixed piece 丨〇 丄, at the other: the visor 2 is provided with a perforation 24, and the perforation 24 is adjacent to the pivot 2 3; 0, is a fastening hole that is fixed to the fixing piece by screws; 3' has a lifting rod; 3丨 on the electromagnetic valve 30, and a neck 3 2 at the middle of the lifting rod 3; 'The moving piece 40, the structure is generally L-shaped member, the actuating piece 4 is formed with a fastening groove 41 at one end, and two horizontally arranged horizontal sliding grooves 4 2 at the other end, and the 戎 actuating piece 40 is buckled by the fastening groove 41 thereof. Solid on the solenoid valve 3 〇 Lifting rod 3丄6 1277708 The light sheet is extremely rotated. After the shading sheet a is shielded from the Xenon lamp tube projection, the light shielding sheet is located outside the notch of the fixing piece away from the notch of the fixing piece. , for the near-light projection of the invention, or the switching action of the light and the near and far light of the light-shielding film, and the projection of the hair of the high-definition light, thereby achieving the function of the xenon headlight, Na, means and others Please refer to the first figure, the section and the diagram are not described in detail as follows; firstly, the fixed 1 〇, 2 shading κί Ρ headlights are close to the fine-acting structure, which is composed of the solid-locking ring 50, among which: The valve 3◦, one of the actuating pieces 4 and the two have a semicircular member, the fixing piece 10 has a see-through portion 11, and a plurality of the connecting holes 13 are formed on the fixing piece 10; The visor 20 is disposed beside the visor 2, and includes a member for arranging the erecting portion 2 and the illuminating portion 2, and the visor 2 is provided for the planting shaft 2 3 C At 2. Upper, and the light shielding film 2. It is close to the fixed piece 1. a notch 1 ^, the other side; the visor 20 0 pivoting portion 2 1 is provided with a perforation 24, and the perforation 24 is adjacent to the pivot 2 3; the solenoid valve 30 is fixed to the fixing piece by screws The coupling hole 丄 3 ' has a lifting rod 3 〇 on the solenoid valve 3 and a neck 3 2 at the lifting rod 3 section; The ejector piece 40 has an L-shaped member, and the actuating piece 4 has a fastening groove 41 formed at one end, and two horizontally arranged lateral grooves 4 2 at the other end, and the distal movement piece 40 is buckled. The groove 41 is fastened to the neck 3 2 of the electromagnetic valve 3 〇 lifting rod 3 1 6 1277708; 20=2: it is arranged in the sliding groove of the actuating piece 40, and the shading film is [the embodiment] For the state, please refer to the lamp holder with the xenon lamp tube 6 2] the low beam adjustment actuation structure, the structure is located between the light refraction grooves of the lamp holder 6 i, and the partial arrangement of the xenon head lamp is far and near light adjustment operation ^ The lamp holder 61 is according to 3, wherein the transmissive cover 6 3 is provided with the body 64, and the translucent cover 6 is used to explain the adjustment operation mode of the near and far light of the present invention and Wei, please refer to the following: 2 the projected light passes through the fold=bu area, and the electromagnetic valve 3 〇, 4 ηρ 的 作 作 作 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 1 When the rise and fall is actuated, it is simultaneously driven by the buckle 50 to cover the 3= side 3 Q-controlled woven material rod 3 1 on the miscellaneous materials, and then cooperate with the four and five figures to actuate The piece 40 is displaced upward with the lifting rod 3 1 , and the force ^ 0 will be pivoted with its chute 4 2 to make the ring 5 ,, and the buckle 5 〇 动 遮 , , , , , , , , , , , , 2 〇 away from the notch 1 2 of the fixed piece ,, and the opaque portion 2 2 of the visor 2 不会 does not cover the notch of the fixing piece 1 1 1 2 at this time 5 the visor 20 is drooping, so the gas lamp tube 6 2 The light emitted by 7.11778708 is obscured by the refracting light sheet 2, that is, when it is turned over, it will not be covered by the sixth & when it is lowered, please refer to the moving piece 40. The slidable rod 3 1 is displaced downward, and the opaque portion 2 2 is located at the light ray that is projected by the solid illuminator 2 0 tube 6 2 and the opaque portion 2 2 of the xenon light sheet 20 is obscured when 2=b曰6 ^ The first wheel or the cover is the low beam projection state of the present invention. ',,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ::Action ι:= buckle === 2 遮光 遮光 且 且 且 且 且 且 且 且 且 且 且 且 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明 明With the elastic element 70 ^ i to this self-reset and resetting the yellow 5, its implementation and efficacy, please match the figure -1277708, the eighth to tenth figure; the near-light effect, when the solenoid valve 3 〇 control The same, the sexual element 70, and the moving piece ^ 3 1 recorded the moving buckle 5 Q downward, so that the buckle 5 Q belt = zone turn 'and the light shielding film 20 is horizontally open state, at this time, The light is refracted and cut by 1 1 to the far side, and the area is shielded by the light-shielding portion 2 2, and the shooting state of the ', , and 20 is not smoothly projected. For the sake of the light, it is the state of the high beam and the high beam. When the solenoid valve is 3 ,, it can be compressed by the elastic element 7 ;; ms 1 rises and rises 1 (the elastic element 7 Q normally stretches), And = the lowering rod 3 1 is displaced upwards and pulls the buckle 5 〇, so that the j 4 0 Ik lifting rod 3 is away from the fixing piece 1 〇, and the light blocking ^ = light t0 drags the projection of the xenon lamp 6 2 The light is passed through the =^ state, and the light source region does not _2 2 ^1 1 1 to the far side. Accordingly, the present invention can utilize the elastic element 7 to project the state. The rod 3 1 is reset, so that the lifting rod 3 1 maintains the normal energy f 3 0 ascending and descending normal high beam projection state; ^ $heart extension, thereby providing the invention, and normalizing the lifting surface of the impurity surface and the bottom surface.