'M318542 鬌 此外’習知後視鏡1〇之調整僅止於左右或上下地旋轉後視鏡1〇 之整體角度’其鏡面11的可視角是無法改變的，故在使用上的侷限也 相對較多。 監於此，提供一可調整鏡面曲率之後視鏡結構，乃為此一業界 亟待解決的問題。 【新型内容】 本創作之一目的在於提供一種後視鏡結構，其鏡面之曲率係可調 U吏，肖因所需調整’以符合不同駕驶人之駕驶習慣及需求，有效 提升行車安全。 創作之另一目的在於提供一種可調整曲度之後視鏡結構，該結 :S泛應用於各種車輛，及提供各種車輛中之任何部位的廣角後視 功月&。 t創作之再一目的在於提供一種可調整曲度之後視鏡結構，該可 i咖度之控制機構，可為電動、手動、或電動/手動二用，間接增加 單内配備之等級及刺激消費者購買慾。 為達上述目的，本創作提供一種後視鏡結構，其包含一可挽彎曲 本體及-調整機構，鏡面本體具有—反射面、以及與反射面相 册私拉内表面，而調顏構係設置於鏡面本體之—後方，可調整式地 π 、兄面本體之内表面，使鏡面本體之反射面呈現一特定曲率。 ，讓本創作之上述目的、技術特徵、和優點能更明顯易懂，下 係以較佳實施例配合所附圖式進行詳細說明。 【實施方式】 2第2、3圖所示之一較佳實施例’後視鏡結構2〇包含一可 二本體2卜-調整機構23、及—殼體25，其中，殼體Μ具有 月51及一開口 253 ’以界定出-容置空間；鏡面本體21組裝後 6 M318542 實質上係設置於殼體25之開口 253，而調整機構23則設置於鏡面本 體21之後方’且於容置空間内。鏡面本體21具有一反射面、以 及與反射Φ 211撕之—喊面213，繼_23賴可調整式地帶 動内表面213,使鏡面本體21之反射面211可呈現一特定曲率。此 殼體25亦可選擇式地藉由複數個凸耳255掛設於其他元件、例如 配備之照後鏡或其他固定物件上。 、 請參閱第3圖，在此實施例中，鏡面本體21於内表面213之 一凸桿215及一第二凸桿217，其係朝向調整機構23 ' $方向在後延伸，藉由調整機構23帶動第-凸桿215及第二凸桿217 φ 產生一相對運動，進而調整鏡面本體2ι之曲率。 叮夫ΐΐίΡ機構23帶動第一凸桿215及第二凸桿217之詳細結構， 可參閱第4A、4B圖，將更為清楚。調整機盖 / 與第t螺合細係設於 Ϊ凸設於第—凸桿215及第二凸桿217上；另 螺成於二侧之一第一螺钟231與一第二 步而言，第一螺辦231與第二螺辦说係分別螺接於第 鲁;中’使第一螺合物相 二螺合部^ 第二螺合件237相對於該第 才二向運動S1與第二橫向運動S2係相對向時，將 j 件237間^離縮短，同時亦帶動第—凸桿犯ιΓ-ΙΪ 乐叫5圖所不，相反的’當第一橫向運叙ς 干如 相遠離時，將獲得-漸減之曲率:動，2係互 第一螺合件235與第二螺合件237之；叙」Λ也列中’藉由控制 之曲率。 之運動方向，即可調整鏡面本體21 7 -M318542 須說明的是，控制調整機構23的方式可為雷备 的是：電力裝置28可為-直流電源281，例茫置27$。可以理解 室283内，且設置有一電池蓋285加以保護其裝辦一電池 為了讓駕駛人能方便控制驅動裝置27，調 _ ’設置於殼體25之任何位置上，或2=含-: 駛人就手之位置，财便控制電力裝置28動 ^何使駕 動裝置27，進行鏡面本體21之曲率調整。動俾將電力提供給驅 於其他實施態樣中，控制調整機構23的方 本創作之另一較佳實施例如第5圖所 ^螺桿40，前述之第一螺_31及第二螺= 對侧。更詳細地來說，第一螺飾231及第二螺 二二有互為反向之螺紋，藉此，當螺桿4G朝-特定方向 ίϊΛ螺紋會帶動第—螺合件235與第二螺合件237產5目_ ,、ρ進订如上述第-橫向運動S1與第二橫向運動S2之對向運動。 -螺分⑽她似嫌置。脚包含有-第 菸筮m 4一螺才干43、以及一中柱45，前述之第一螺合邱231 233係分別設置於第一螺桿41及第二螺桿43上^奐句 # 及殼體25之一碰間，而㈣ ^又^^柱45及忒體25之另一相對側壁間，同樣地，當第一 ' M318542 ’將會帶動第一螺合件 螺桿41及/或第二螺桿43朝一特定方向旋轉時 235與第二螺合件237產生相對運動。 一=作之，整機構23,並不侷_上述作法。如第6a、 ί 娜軸51及—控概53取代，其中旋轉軸51係垂直設 制塊％則偏心地設於旋轉抽51上；控制塊％ 卜緣實質上抵减面本體21之内表面213。藉由之'M318542 鬌In addition, the adjustment of the conventional rearview mirror 1仅 only stops the left and right or up and down rotation of the rear view mirror 1〇. The angle of view of the mirror 11 cannot be changed, so the limitation in use is relative. More. In view of this, providing an adjustable mirror curvature rear view mirror structure is an urgent problem to be solved in the industry. [New content] One of the aims of this creation is to provide a rear view mirror structure, the curvature of the mirror is adjustable U吏, and the Shaw needs to be adjusted to meet the driving habits and needs of different drivers, thus effectively improving driving safety. Another object of the creation is to provide an adjustable curvature rear view mirror structure that is widely applied to various vehicles and provides wide-angle rear view power & Another purpose of the creation is to provide an adjustable curvature rear view mirror structure, which can be used for electric, manual, or electric/manual use, indirectly increasing the level of single equipment and stimulating consumption. Purchase desire. In order to achieve the above object, the present invention provides a rear view mirror structure comprising a swingable body and an adjustment mechanism, the mirror body has a reflective surface, and the inner surface is privately pulled with the reflective surface album, and the color adjustment system is disposed on The rear surface of the mirror body can be adjusted π, the inner surface of the body of the brother face, so that the reflecting surface of the mirror body presents a specific curvature. The above objects, technical features, and advantages of the present invention will be more apparent and understood from the following description. [Embodiment] 2 A preferred embodiment of the second embodiment of the present invention, the rear view mirror structure 2 includes a second body 2 - an adjustment mechanism 23, and a housing 25, wherein the housing has a month 51 and an opening 253 ′ to define a accommodating space; after the mirror body 21 is assembled, 6 M 318 542 is substantially disposed in the opening 253 of the housing 25 , and the adjusting mechanism 23 is disposed behind the mirror body 21 and is accommodated Within the space. The mirror body 21 has a reflecting surface, and a tearing surface 213 with the reflection Φ 211. The 231 can be adjusted to move the inner surface 213 so that the reflecting surface 211 of the mirror body 21 can exhibit a specific curvature. The housing 25 can also be selectively attached to other components, such as a rear mirror or other fixed object, by a plurality of lugs 255. Referring to FIG. 3 , in this embodiment, the mirror body 21 has a protruding rod 215 and a second protruding rod 217 on the inner surface 213 , which extend rearward toward the adjusting mechanism 23 ′ direction by the adjusting mechanism. 23 driving the first-protruding rod 215 and the second protruding rod 217 φ to generate a relative motion, thereby adjusting the curvature of the mirror body 2ι. The detailed structure of the first protruding rod 215 and the second protruding rod 217 by the widower mechanism 23 can be further understood by referring to Figs. 4A and 4B. The adjustment cover/the t-th screw is disposed on the first protrusion 215 and the second protrusion 217; the other is screwed on one of the two sides of the first screw 231 and a second step The first screwing device 231 and the second screwing machine are respectively screwed to the second screw; the middle of the first screw phase two screwing portion ^ the second screwing member 237 relative to the second two-dimensional motion S1 and When the second lateral movement S2 is relatively backward, the j-piece 237 is shortened, and at the same time, the first-convex rod is guilty of ιΓ-ΙΪ, which is called 5, but the opposite is when the first horizontal movement is dry. When far away, the curvature of the - decreasing curvature will be obtained: the two first interlocking members 235 and the second screwing member 237 are respectively connected to each other; and the curvature is controlled by the control. The direction of movement can be adjusted to the mirror body 21 7 - M 318 542. It should be noted that the manner of controlling the adjustment mechanism 23 can be Ray Reader: the power device 28 can be a DC power source 281, for example, 27$. It can be understood that the inside of the chamber 283 is provided with a battery cover 285 for protecting the battery. In order to allow the driver to conveniently control the driving device 27, the setting is set at any position of the housing 25, or 2=including: When the person is in the position of the hand, the financial control device 28 controls the driving device 27 to adjust the curvature of the mirror body 21. Another preferred embodiment of the present invention is to provide power to other embodiments, such as the screw 40 of FIG. 5, the first snail _31 and the second snail = pair. side. In more detail, the first screw 231 and the second screw 22 have mutually opposite threads, whereby when the screw 4G is oriented in a specific direction, the thread will drive the first screw 235 and the second screw. The piece 237 produces 5 mesh _, and ρ advances the opposite movement of the first-lateral movement S1 and the second lateral movement S2 described above. - Spiral points (10) She seems to be set. The foot includes a -ththmole m 4 - a screw 43 and a center column 45. The first screw 231 233 is disposed on the first screw 41 and the second screw 43, respectively. 25 between one touch, and (4) ^ and ^^ column 45 and the other opposite side wall of the body 25, likewise, when the first 'M318542' will drive the first screw member 41 and/or the second screw When the 43 is rotated in a specific direction, 235 and the second screw 237 are in relative motion. One = do it, the whole organization 23, not the same as above. For example, the 6a, the ilina 51 and the control 53 are replaced, wherein the rotating shaft 51 is erected on the rotary pump 51 in the vertical setting block; the control block % is substantially offset from the inner surface of the surface body 21. 213. By virtue of
上旋轉時，可抵推鏡面本體21形成一凸弧。g ”月可於控制塊53之外緣與旋轉軸51之間定義一第一距離及一 ，i一距離係指外緣距雜轉軸51最短娜，而第二距離 ’ #該旋轉轴51與該内表面213 i Hi第漸增至該第二距離時，適可將鏡面本體21向前推 51 大之曲率’如第6B圖所示為控制塊53於旋轉轴 上娜、其推抵鏡面本體21之内表面213的示意圖所說明。 T使用者可輕易控制旋轉軸51之轉動，可藉由設於殼體25外 ^方疋鈕295 ’與旋轉軸51之一端連接’俾當旋紐现轉動時，適可 IS進行控制塊53之轉動。另外’ *於控制塊53係實 ^抵推鏡面本體21之内表面213中心處，當改變鏡面本體21之曲 ^寺’必需於兩侧適當的固定鏡面本體21，請再次參閱第6八、犯圖， 2鏡結構20可另包含二立柱6卜63，分別相對且垂直設於容置空 =中’鏡面本體21之内表面213之二侧分別設有4口耳214、216， 適可分別扣設於立柱61、63，以固定該鏡面本體213之二侧。 本創作之另一調整機構之設計如第7圖所示，其包 71 ^ -連接件73、及一旋紐297。推抵塊71係頂推於鏡面本體21 一之 =面213，而連接件73 —端與推抵塊71相螺接，而另一相對端則 伸大出殼體25之背板251之外，並與旋鈕297相連接；當旋鈕297 轉動時’適可帶動連接件73，頂推推底塊71進行一前之^運 ^地，鏡面本體21之内表面213之二側亦須設有Am 分別扣設於立柱6卜6S上，以固定鏡財體以，俾利推底塊刀頂推 9 M318542 鏡面本體21中心時形成一曲率。 上述實施例並非調整鏡面本體21曲率 他可行之方式來達成。如第8圖所示，調^^方式二亦仍可運用其 一調整件93、一連桿95、一直立螺俨97機構23包含一推抵塊91、 97之一端部係伸凸於殼體之一底板25干，299。直立螺桿 直立螺桿97之本體則螺設於調整件93中。、、疋紐299相連接’而 請進一步參閱第9圖，其係為此實施 連#3 % / y 位置至第二位置之上下運動；再配人 塊91可·魏面讀21切細2B H 件 置魏至該第"位置綱，射獅減塊91進行 61、6同此f施例之後視鏡結構2〇中，仍設置有前述之二立柱 二側對^二側’而鏡面本體21之内表面213 16 ’該扣耳214、216適可分別扣 叹於立柱61、63，以固定鏡面本體之兩側。 上述的後視鏡結構，可以電動、手動、或電動/手動混合的方 =調整鏡面之曲率，外凸可獲得廣角效果，内凹則可獲得聚焦效果。 、态田’如先前技術段落之揭露，本創作所揭露之後視鏡結構，不但可 各種父通工具，當裝配於汽車上時，更可應用於車内後視鏡、 =後視f，或其他需要監視後方狀況之鏡面裝置中，均可達到所稱 二果。藉此，可同時符合不同駕駛人之駕駛習慣，亦可提升駕駛對 早後、車侧資訊的掌握，保障行車安全。 枯“上述之實施例僅用來例舉本創作之實施態樣，以及闡釋本創作之 徵’並非用來限制本創作之保護範疇。任何熟悉此技術者可輕 ^完成之改變或均等性之安排均屬於本創作所主張之範圍，本創作之 侧保護細應財料麵圍為準。 8542 【圖式簡單說明】 第1圖係為習知後視鏡之外觀示意圖； 第2圖係本創作一較佳實施例的前分解示意圖； 第3圖係第2圖之後分解示意圖； 第4A圖係第2圖之仰視剖面示意圖，其中該鏡面本體係呈 曲率； 凡 第4B圖與第4A圖相當，僅該鏡面本體未呈現一曲率； 第5圖係弟2圖之控制機構的另一較佳實施例示意圖； 第6A圖係顯示本創作控制機構之又一較佳實施例示意圖； 一弟6B圖係第6A圖之仰視剖面示意圖，其中該鏡面本體係呈現 一曲率， 第7圖係顯示本創作控制機構之再一較佳實施例示意圖； 第8圖係本創作控制機構之更進一步較佳實施例的側面示意圖； Μ及 第9圖係第8圖所示之調整機構的立體示意圖。 【主要元件符號說明】 10 後視鏡 13 凸型反射鏡 21 鏡面本體 213 内表面 215 第一凸桿 217 第二凸桿 230 調整裝置 11 鏡面 20 後視鏡結構 211 反射面 214 扣耳 216 扣耳 23 調整機構 231 第一螺合部 ' M318542 233 第二螺合部 235 第一螺合件 237 第二螺合件 25 殼體 251 背板 253 開口 255 凸耳 257 底板 27 驅動裝置 28 電力裝置 281 直流電源 283 電池室 285 電池蓋 291 第一旋鈕 293 第二旋紐 295 旋鈕 297 旋紐 299 旋鈕 31 開關 40 螺桿 41 第一螺桿 43 第二螺桿 45 中柱 51 旋轉軸 53 控制塊 61 立柱 63 立柱 71 推抵塊 73 連接件 91 推抵*塊》 93 調整件 95 連桿 97 直立螺桿 S1 第一橫向運動 S2 第二橫向運動 12When the upper rotation is performed, a convex arc can be formed against the mirror body 21. g "" month may define a first distance and a distance between the outer edge of the control block 53 and the rotating shaft 51, i-distance means that the outer edge is the shortest distance from the miscellaneous rotating shaft 51, and the second distance '#the rotating axis 51 and When the inner surface 213 i Hi is gradually increased to the second distance, the mirror body 21 can be pushed forward by 51 degrees of curvature. As shown in FIG. 6B, the control block 53 is pressed on the rotating shaft, and it is pushed against the mirror surface. A schematic view of the inner surface 213 of the body 21. The T user can easily control the rotation of the rotating shaft 51, and can be connected to one end of the rotating shaft 51 by a button 295 ' disposed outside the housing 25. When it is rotated, IS can perform the rotation of the control block 53. In addition, the control block 53 is fixed to the center of the inner surface 213 of the mirror body 21, and when the mirror body 21 is changed, the temple must be on both sides. For the appropriate fixed mirror body 21, please refer to the sixth figure again. The mirror structure 20 may further include two columns 6 and 63, which are respectively oppositely and vertically disposed on the inner surface 213 of the mirror body 21 of the receiving space. The two sides are respectively provided with four ears 214 and 216, which are respectively fastened to the columns 61 and 63 to fix the mirror body 213. The other side of the design of the present invention is as shown in Fig. 7, which has a package 71^-connecting member 73 and a knob 297. The pushing block 71 is pushed against the mirror body 21 = face 213 The end of the connecting member 73 is screwed to the pushing block 71, and the other opposite end is extended beyond the back plate 251 of the housing 25 and connected to the knob 297; when the knob 297 is rotated, it is suitable. The connecting member 73 is driven to push the bottom pushing block 71 to perform a front operation. The two sides of the inner surface 213 of the mirror body 21 are also provided with Am respectively and are respectively fastened on the column 6b 6S to fix the mirror body. Therefore, a curvature is formed when the bottom of the mirror body 21 is pushed by the bottom of the blade. The above embodiment is not achieved by adjusting the curvature of the mirror body 21. As shown in Fig. 8, the adjustment method is also It is still possible to use an adjusting member 93, a connecting rod 95, and a vertical threading mechanism 97 including a pushing block 91, 97 which is extended at one end of the bottom plate 25 of the housing, 299. Upright screw upright screw The body of 97 is screwed in the adjusting member 93. The button 299 is connected to each other. Please refer to FIG. 9 for further implementation. #3 % / y Position to the second position to move up; then with the block 91 can be Wei Wei read 21 shredded 2B H pieces set Wei to the first "location", shot lion minus block 91 for 61, 6 with In the rear view mirror structure 2, the two sides of the two columns are still provided with the two sides 'and the inner surface 213 16 ' of the mirror body 21. The buckles 214 and 216 are respectively adapted to the column 61. 63 to fix the sides of the mirror body. The above-mentioned rearview mirror structure can be electrically, manually, or electrically/manually mixed. The curvature of the mirror surface can be adjusted, and the convexity can obtain a wide-angle effect, and the concave shape can obtain a focusing effect. . According to the disclosure of the prior art paragraph, the present invention reveals that the rear view mirror structure can be applied not only to various parent tools but also to interior mirrors, rear view f, or the like when assembled in a car. In the mirror device that needs to monitor the rear condition, the two fruits can be achieved. In this way, it can meet the driving habits of different drivers at the same time, and can also improve the driving of the early and rear side information to ensure driving safety. The above-mentioned embodiments are only used to exemplify the implementation of this creation, and the interpretation of the creation of this creation is not intended to limit the scope of protection of this creation. Anyone familiar with this technology can easily complete the change or equality. Arrangements are within the scope of this creative claim, and the side protection of this creation shall be subject to the details of the materials. 8542 [Simple description of the drawings] Figure 1 is a schematic diagram of the appearance of a conventional rearview mirror; A front exploded view of a preferred embodiment is created; Fig. 3 is a schematic exploded view of Fig. 2; Fig. 4A is a bottom cross-sectional view of Fig. 2, wherein the mirror system exhibits curvature; Figs. 4B and 4A Rather, only the mirror body does not exhibit a curvature; FIG. 5 is a schematic view of another preferred embodiment of the control mechanism of FIG. 2; FIG. 6A is a schematic view showing another preferred embodiment of the creation control mechanism; 6B is a bottom cross-sectional view of FIG. 6A, wherein the mirror system exhibits a curvature, and FIG. 7 is a schematic view showing still another preferred embodiment of the creation control mechanism; FIG. 8 is a further comparison of the creation control mechanism. A side view of the embodiment; and a perspective view of the adjustment mechanism shown in Fig. 8 of the figure. [Main element symbol description] 10 Rear view mirror 13 convex mirror 21 Mirror body 213 Inner surface 215 First bump 217 second protruding rod 230 adjusting device 11 mirror 20 rear view mirror structure 211 reflecting surface 214 buckle ear 216 buckle ear 23 adjustment mechanism 231 first screwing portion ' M318542 233 second screwing portion 235 first screwing member 237 second Screw 25 Housing 251 Back plate 253 Opening 255 Lug 257 Base plate 27 Drive 28 Power unit 281 DC power supply 283 Battery compartment 285 Battery cover 291 First knob 293 Second knob 295 Knob 297 Rotary 299 Knob 31 Switch 40 Screw 41 First screw 43 Second screw 45 Middle column 51 Rotary shaft 53 Control block 61 Column 63 Column 71 Pushing block 73 Connecting piece 91 Pushing * Block" 93 Adjusting piece 95 Connecting rod 97 Vertical screw S1 First lateral movement S2 Second lateral movement 12