1272554 九、發明說明： 【發明所屬之技術領域】 本發明關於一種兩圖像定點變換展示框，可為相框或廣告看板， 尤指兩種不同圖片能夠快速自動變換及圖像能長時間完整呈現之展示 框。 【先前技術】1272554 IX. Description of the Invention: [Technical Field] The present invention relates to a two-image fixed-point transformation display frame, which can be a photo frame or an advertising billboard, especially that two different images can be automatically and automatically converted and the image can be completely displayed for a long time. Display box. [Prior Art]
目前利用柱鏡光柵的折射原理或印刷光柵藉由視線錯覺原理的光 柵板製作賴或_以上變化效果的產品愈加普遍；原賴變化產品 是將光柵板與圖片貼合後，靠觀賞的人移動到不㈣度才能看到兩個 不同的圖案變化。 為了提升視覺效果與引人注目的廣告需求，就有各種自動換圖相 王推出雖然各家機構有所差異，但是離不開一個原則，就是將光拇 板與圖片分離，利料達帶動光栅板或圖片任—個，讓觀看的人在不 移動位置下’也可看到兩個圖不停的變化。 用、、、。構有個缺點：是馬達以固定轉速讓-個偏轉轴中心的圓形 如動圖案變化時，兩個不_案完整呈現的時間短暫就進入不同圖 像變換的交_，__者_告_重要效果。 立在第-A圖至第中顯示了一種習知動態二圖相框的動作示 思圖’偏馬達轉⑽㈣_推峨9Q3，被娜動物_ 的個開口中，而移動物體9〇1係可連接光栅板或圖片以改變角度或 位置。 1272554At present, the use of the refractive principle of the lenticular grating or the printing grating by the illusion of the line of sight illusion is more common in the production of ray or _ above the effect of the change; the original product is to change the grating plate and the picture, the viewer moves You can see two different pattern changes by not (four) degrees. In order to enhance the visual effect and the demand for advertising, there are various automatic maps. Although there are differences in various institutions, it is inseparable from the principle that the light board is separated from the picture, and the material is driven to the grating. Any one of the plates or pictures, so that the person watching can move in the position without moving, can also see the two pictures constantly changing. use,,,. There is a disadvantage in that the motor is fixed at a fixed speed so that the circular shape of the center of the yaw axis changes as the moving pattern, and the time when the two non-cases are completely presented enters the intersection of different image transformations _, __ _ important effects. Standing in the first to the middle of the figure, a motion diagram of a conventional dynamic two-picture frame is shown. 'Partial motor rotation (10) (four) _ push 9Q3, in the opening of the animal _, and the moving object 9 〇 1 can Connect a grating plate or picture to change the angle or position. 1272554
A —A圖至第—E圖中，902代表了馬達轉軸中心之水平線，在 圖中並"、員不馬達轉軸901以順時鐘方向每轉動90度的物體移動狀態； 可看出被▼動的移動物體9〇1 一直跟著轉轴之轉動而逐步移動位置， 也ϊ尤疋使传光柵或圖片緩慢的逐步變換呈現角度，以達到圖片中圖像 <換呈現。由於此種習知結構利用偏心葉片簡的轉動而使多 /不同的ϋ直處於緩慢地交錯變化過程，使得圖像完整呈現的時間 很短’達不觀整®案—定時間呈現的效果。 【發明内容】 、本主要改良疋將制馬達帶動圖Μ光栅板改變位置或角度 、方弋改以-個或以上的線圈，藉由控制電路板讓線圈產生特定磁 性磁力作動磁鐵移動，進而達成圖像自動變換及長時間完整呈現之效 果。 本發明另-倾計重點是在線職置上設有可活_整線圈位置 褒置’以德光柵板上賴像均處於完整呈賴最佳肖度與停止點。 【實施方式】 第一實施例：用於廣告看板上，請參見第二圖，本發明具有一個 貝口看板:體101 ’框體中間内側兩邊各固定—個凹下半圓的支撐座 104 ’ -個帶有圖片的光栅板1〇2，光栅板中間的兩邊各固定一個帶有 圓形凸軸1G3的夾具，_形凸軸可各裝設—軸承（圖未示），底部中 間固定-平板⑽，平板上固定一個磁鐵⑽，將光拇板兩個凸轴⑽ 放入框架上凹下半_支撐座m，光柵板自然垂掛支撐座上，此力學 結構可使再大尺寸的絲板都可喊小耕力柯改變翻度。框二 1272554 101底部裝置一控制電路板5、供應電路板所須電源4、開關（圖未示） 等必要電子零件。光柵板底部延伸的平板105右侧裝置一線圈107，線 圈裏裝置一矽鋼片108 ;線圈1〇7被固定於一[型活動滑板1〇9上，活 動滑板底面固定一螺母110，此活動滑板被裝置於固定在框體上的二凸 出軌道1U内，限制其移動方向。一支活動螺絲112從框體101底部 外側穿過框體-長方形穿孔（圖未示）鎖入L型活動滑板⑽上的螺 母110 ’移動此螺絲112即可調整線圈107位置。也可在L型活動滑板 109側面固定一螺母115，一活動螺絲116從凸出於框體ιοί内的柱狀 物117鎖入螺母115内；一 C型環118在凸出於框體的柱狀物in另 一側將螺絲116扣住，旋轉此螺絲116也可調整線圈107位置。光栅 板102底部延伸的平板105左側同樣裝置一個上述線圈120，並以另二 螺絲113、119控制線圈12〇位置。線圈1〇7及12〇如何帶動光栅圖片 102改變角度，達到圖像變換時間短完整呈現時間長的效果容後述。 第二實施例：請參見第三圖，與第一實施例中的框體101、光柵圖 片102、夾具103及支撐座1〇4相同，但將固定於光柵板1〇2下的平板 1〇5改為E型板材2〇5 ;中間平板207為固定式連接於e型板材205下 方中間’其上固定一磁鐵2〇6 ; E型板材205右侧尾端裝置一活動式平 板227 ’該平板上固定一個同中間平板207的磁鐵228，頂端固定一螺 母226，此活動平板227裝設於E型板材205 —長方形穿孔235内（參 見第二A圖），並以一活動螺絲225鎖入螺母226 ; E型板材205左側 尾端另一個同上述的活動平板229，裝設於另一長方形穿孔234内（參 見第二A圖），並以另一活動螺絲232鎖入活動平板229上的螺母231 内線圈212及213如何帶動光栅圖片1〇2改變角度，達到圖像變換 第7頁 1272554 時間短完整呈現時間長的效果容後述。 帛三實施例：請參見細圖，將上二實施例馳體1G1底部改為 裝置一個線圈312，活動裝置由勤搶τ " 歸1甶執道314、L型活動滑板313、活動螺 絲則、螺糊、螺母317、柱狀物318、活動螺絲3i9、c型環32〇 皆同第-實施例。原固定於光栅板底下之平板1〇5，改為一门型板材 305，右邊為-固定式平板3〇7上面固定一磁鐵寫。门型板材3〇5左 邊裝設-鑛動平板337，同第二實施例裡·動平板，被裝置於门型 • 板材廳左側一長方形穿孔333内（參見第四A圖），並以-活動螺絲 鎖入活動平板337上固定的螺母3〇9内。線圈312如何帶動光拇圖 肢變角度’達_像變換時間短完整呈現時間長的效果容後述。 第四實施例：用於相框上，本發明具有-相框邊框、背板、腳架 三大項目，其中主要在背板上作改良，請參見第五A圖至第五E圖， 背板主體51内部為-凹下空間511，上端有一滑動板材515，滑動板 材被裝置在背板主體的兩凸出軌道518内限制其滑動方向，滑動板材 _ 有凸出圓柱512 ’ 一固疋螺母523 ’此螺母由-螺絲517從背板 主體底面外側穿過背板一長方形穿孔522鎖入。背板主體兩邊近角落 處共四個凸出圓柱521，是為撑住光柵板52使其與下面之圖片53保持 -適當距離用；四個凸出圓柱521内侧旁邊另有四個較短的凸出圓柱 581圓柱上各鎖著一活動螺絲搬，是為樓住貼圖平板5咖用；圖片 53用-雙面膠帶53〇2㈣於貼圖平板上面，背板底端有另一凹 下區域*58，内部裝置一控制電路板5，供應電路板所須電源*，開關（圖 未不）等電子元件，巾間_活動板材57被裝置在固定於背板主體的二 凸出軌道5111内’限制其移動方向；活動板材57中間固定—磁鐵 第8頁 1272554 5106 ’而上方具有-凸出圓柱513 ;活動板材57兩邊各裝f 一個同第 -實施例-樣的線圈，線圈活動方式與活動螺絲裝置也一樣。裝配時 將貼圖平片5301的上方缺口 531，套入凸出圓柱512内，下方缺口娜 套入凸出圓柱513内，再將光柵板52置於圖片上方由四個凸出圓柱521 撐住，並被背板主體邊緣緊緊夾住關定獨，此時如果則53與光 拇板52的鬆緊度不恰當’可取下光柵板與貼圖平板後旋轉螺絲搬將 其調高或調低得到-個最佳的鬆緊度，微調背板上端底面外側螺絲517 • 左右位置，就可帶動圖片53改變角度；當圖片上特殊紋路與光柵板紋 路成平行狀態即是圖片正確角度’將螺絲517着即可。線圈541及 542如何帶動光柵圖片改變角度’達_像變換時間短完整呈現時間長 的效果容後述。 第五實施例·赫見第六A圖至第六E圖，將第四實施例裡的活 動板材57,改為E型板材67,兩邊尾端各裝設一個同第二實施例裡E 型板材兩邊裝置的活動平板6213與6217，並以兩活動螺絲纏與6222 _ 鎖入/舌動平板上螺母6215與6221内。線圈如何帶動光柵圖片改變角 度，達到圖像變換時間短完整呈現時間長的效果容後述。 第六實施例：請參見第七A _第七B圖，在第四實施例框體底 4的原_線圈改為—個線圈7112，活動裝置皆同第四實施例線圈，將 活動板材57改為-個兩平板合一的u型活動板材77，裝設於凸出背板 的兩軌道7208内，並使二邊的平板侧及721〇上磁鐵·及71〇6 正好在線圈7112的兩旁；背板底部内側-凸出柱狀7205固定-螺母 7206 /舌動螺絲72〇7從背板外部穿過背板鎖入螺母72〇6内。線圈 7112如何帶動光栅改變肖度，達觸像賴時間短完整呈現時間 第9頁 1272554 長的效果容後述。 第七實施例：請參見第十六A圖與第十六B圖，將第六實施例裡 的活動裝置線圈1611中間的導磁媒介矽鋼片改為一圓筒形的磁鐵 1612 ’此磁鐵的極性一半是N極一半是S極，線圈1611以一從背板底 部穿入的螺絲1613調整與固定線圈位置，U型板材下方的平板1614固 定一磁鐵1615，磁鐵下方一 L形活動板材1616，平面上固定一螺母 1617,並以一從背板底部穿過背板一長方形穿孔1619的螺絲1618鎖 住’側面固定一鐵片1620，鐵片長度及於1615與1612兩磁鐵可吸附 範圍，L形活動板材1616被裝置於凸出背板的二軌道1629内限制移動 方向，U型板材上方的平板1621也固定一磁鐵1622，磁鐵上方一 L 形活動板材1623，平面上固定一螺母1624，並以一從背板底部穿過背 板一長方形穿孔1626的螺絲1625鎖住，側面固定一鐵片1627,鐵片 長度及於1622與1612兩磁鐵可吸附範圍，L形活動板材1623被裝置 於凸出背板的二軌道1630内限制移動方向，線圈ι611如何帶動光柵 圖片改變角度，達到圖像變換時間短完整呈現時間長的效果容後述。 第八實施例：請參見第十七圖，將第三實施例裡的活動裝置線圈 1711中間的導磁媒介矽鋼片改為一圓筒形的磁鐵1713 ,此磁鐵的極性 一半是N極一半是S極，線圈1711以一從背板底部穿入的螺絲1712 調整與固定線圈位置，门型板材1714右方的固定平板1715上面固定 一磁鐵1716’磁鐵右邊一 L形活動板材1720,平面上固定一螺母1722, 並以一從框體底部穿過一長方形穿孔（圖未示）的螺絲丨723鎖住， 侧面固定一鐵片1724,鐵片長度及於1713與1716兩磁鐵可吸附範圍， L形活動板材1720被裝置於凸出背板的二軌道1721内限制移動方向， 第10頁 1272554 门型板材左方的活動平板1717由一螺絲Π18鎖住於门型板材，上面 也固疋一磁鐵1719，磁鐵左邊一 l形活動板材1725，平面上固定一 螺母1727，並以一從框體底部穿過一長方形穿孔（圖未示）的螺絲 1728鎖住，側面固定一鐵片1729，鐵片長度及於1713與1719兩磁鐵 可吸附範圍’L形活動板材1725被裝置於凸出背板的二執道1726内限 制移動方向，線圈1711如何帶動光柵圖片改變角度，達到圖像變換時 間短完整呈現時間長的效果容後述。 # 在說明上八實施例如何使光柵板上產生二不同圖像變化前先說明 線圈如何以同性相斥異性相吸原理作動磁鐵，請參見第八Α圖，41代 表一線圈，其上下方各有一個被連接在一起的磁鐵44與45，且兩磁鐵 的N極磁性都向著線圈41，假設電路控制板第一次對線圈供應電流時， 使線圈上方產生N極磁性下方即是s極磁性，則上方磁鐵44會被線圈 排斥，下方磁鐵45會被吸引；請參見第八β圖，當電路控制板第二次 對線圈供應電流時，使線圈上方產生S極磁性下方即是Ν極磁性，則 上方磁鐵44會被線圈吸引，下方磁鐵45會被排斥。請參見第八。圖， ® 44代表一磁鐵且其磁性上方為S極，下方為Ν極，41為上方一個線圈， 42為下方一個線圈，假設電路控制板第一次對線圈供應電流時，會使 二個線圈的靠近磁鐵這一端都產生S極磁性，磁鐵下方是Ν極性，自 然被下方線圈42吸引，被上方線圈41排斥，當電路控制板再次對線 圈供應電^時’變成一個線圈的靠近磁鐵這一端都產生Ν極磁性，請 參見第八D圖磁鐵下方是Ν極性，自然被下方線圈42排斥，被上方線 圈41吸引。明參見弟八β圖，41與42為兩相距的線圈，一磁鐵45被 以上方為S極性下方為Ν極性裝設於兩線圈中間，兩線圈外側各一個 第11頁 1272554 與磁鐵45連接在一起的磁鐵44與46 ’磁鐵44被以下方靠近線圈面為 S極性裝設’磁鐵46被以上方靠近線圈面為N極性裝設，假設電路控 制板第一次對線圈供應電流時，會使二個線圈的靠近磁鐵45這一端都 ' 產生S極磁性，另一端自然是N極磁性，則磁鐵44會被線圈41吸引， 磁鐵45會被線圈41排斥被線圈42吸引，磁鐵46會被線圈乜排斥， 請參見第八F圖，當電路控制板再次對線圈供應電斜，變成二個線 圈的罪近磁鐵45這-端都產生N極磁性，另一端自然是3極磁性，則 _ 變成磁鐵44會被線圈41排斥，磁鐵45會被線圈41吸引被線圈42排 斥，磁鐵46會被線圈42吸引。再請參見第二十a圖，2〇11代表一線 圈，2012代表-穿過線圈中心的圓筒形磁鐵，其左半邊極性為n極右 半邊為S極’2013與2014代表兩阻擋與吸附磁鐵用鐵片，當磁鐵搬 的N極與S極在線圈2011内的範圍相等時，不論線圈兩端產生何種磁 性其對磁鐵的排斥與吸引力都相等而抵消。請參見第二十β圖，將磁 鐵2012往左邊偏移使其吸附於觀鐵片，假設控制電路板第一次對 線圈供應電流是使細左邊產生N極雜右邊自然是S極，請參見第 -十G ® ㈣軸左邊的N極磁力會排斥在細外義鐵n極並吸 引線圈内的磁鐵s極，同時線圈右邊產生的5極磁力也在排斥磁鐵的5 極使磁鐵產生往左移動的動力但被2〇14鐵片阻擋而不動丨當控制電 路板第二次對線圈供應電流變成使線圈左邊產生s極磁性右邊自然是N 3多見第一十D圖，這時線圈左邊的ς極磁力會吸引在線圈外的 磁鐵N極並排斥線圈内的磁鐵s極，同時線圈右邊產生的n極磁力也 引磁鐵的S極’使磁鐵產生往右衝出的動力，其償性定律排除如 第-十A圖的障礙繼續往右移動直到被廳刻阻擋為止，請參見第 第12頁 1272554In the diagrams of A-A to E-, 902 represents the horizontal line of the center of the motor shaft. In the figure, the movement state of the object is rotated by 90 degrees in the clockwise direction. The moving moving object 9〇1 moves the position gradually along with the rotation of the rotating shaft, and also gradually shifts the angle of the raster or picture slowly to achieve the image in the picture. Since this conventional structure utilizes the rotation of the eccentric blade to cause the multi/different straightness to be slowly interlaced, the time for the complete presentation of the image is very short, and the effect of the time is presented. SUMMARY OF THE INVENTION The main improvement is that the motor is driven to change the position or angle of the grating plate, and the coil is modified by one or more coils, and the coil is generated by the control circuit board to generate a specific magnetic magnetic force moving magnet, thereby achieving Automatic image transformation and long-term complete rendering. In addition, the focus of the present invention is that the online position is provided with a movable coil position, and the image on the German grating plate is in a complete optimum angle and stop point. [Embodiment] The first embodiment is used for an advertising billboard. Referring to the second figure, the present invention has a bayonet kanban: the body 101' is fixed to each of the inner sides of the frame body - a concave semi-circular support seat 104 ' - A grating plate with a picture 1〇2, each of the two sides of the grating plate is fixed with a clamp with a circular convex axis 1G3, the _-shaped convex shaft can be installed separately - bearing (not shown), bottom intermediate fixed - flat (10) Fix a magnet (10) on the plate, and put the two convex shafts (10) of the optical plate into the concave half _ support seat m on the frame, and the grating plate is naturally suspended on the support seat. The mechanical structure can make the large-sized silk plate Can call Xiao Geng Li Ke change the degree of turning. Box 2 1272554 101 The bottom device is a control circuit board 5, and the necessary electronic components such as a power supply 4 and a switch (not shown) for supplying the circuit board. A coil 107 is arranged on the right side of the flat plate 105 extending at the bottom of the grating plate, and a steel plate 108 is arranged in the coil; the coil 1〇7 is fixed on a [type movable sliding plate 1〇9, and a nut 110 is fixed on the bottom surface of the movable sliding plate. It is installed in the two protruding rails 1U fixed to the frame to restrict the moving direction. A movable screw 112 is moved from the outer side of the bottom of the frame 101 through the frame-rectangular perforation (not shown) to the nut 110 of the L-shaped movable slide (10). The screw 112 is moved to adjust the position of the coil 107. A nut 115 may also be fixed on the side of the L-shaped movable slide 109. A movable screw 116 is locked into the nut 115 from the post 117 protruding from the frame ιοί; a C-shaped ring 118 is projected from the frame. The other side of the object is fastened to the screw 116. Rotating the screw 116 also adjusts the position of the coil 107. A coil 120 is also disposed on the left side of the flat plate 105 extending from the bottom of the grating plate 102, and the coil 12 is controlled by the other two screws 113, 119. How the coils 1〇7 and 12〇 drive the raster image 102 to change the angle, and the image conversion time is short and the complete rendering time is long. Second Embodiment: Please refer to the third figure, which is the same as the frame 101, the grating picture 102, the jig 103 and the support base 1〇4 in the first embodiment, but is fixed to the flat plate 1 under the grating plate 1〇2〇 5 is changed to E-shaped plate 2〇5; the intermediate plate 207 is fixedly connected to the lower part of the e-shaped plate 205, and a magnet 2〇6 is fixed thereon; the right end of the E-shaped plate 205 is equipped with a movable plate 227' A magnet 228 of the same intermediate plate 207 is fixed on the flat plate, and a nut 226 is fixed at the top end. The movable plate 227 is installed in the rectangular perforation 235 of the E-shaped plate 205 (see FIG. 2A), and is locked by a movable screw 225. The nut 226; the left end of the E-plate 205 is the same as the movable plate 229 described above, and is mounted in another rectangular through hole 234 (see FIG. 2A), and is locked into the movable plate 229 by another movable screw 232. How the inner coils 212 and 213 of the nut 231 drive the raster image 1〇2 to change the angle, and the effect of the image conversion on the 7th page 1272554 is short and the complete presentation time is long. Third embodiment: Please refer to the detailed drawing, and change the bottom of the first embodiment of the body 1G1 to a coil 312, the movable device is rushed by τ " 归 甶 314 314, L-shaped movable skateboard 313, movable screw The screw paste, the nut 317, the column 318, the movable screw 3i9, and the c-ring 32 are all the same as the first embodiment. The flat plate 1〇5 originally fixed under the grating plate is changed to a door type plate 305, and the right side is a fixed plate 3〇7 fixed with a magnet writing. The left side of the door panel 3〇5 is equipped with a mining plate 337. In the same way as the second embodiment, the flat plate is installed in a rectangular perforation 333 on the left side of the door panel (see Figure 4A), and The movable screw is locked into the fixed nut 3〇9 on the movable plate 337. How the coil 312 drives the optical thumb to change the angle 'Da_image conversion time is short and the full presentation time is long. The fourth embodiment is used for a photo frame. The present invention has three major items: a frame frame, a back plate and a tripod, and the improvement is mainly made on the back plate. Please refer to the fifth A to fifth E drawings. The inside of the 51 is a recessed space 511, and the upper end has a sliding plate 515. The sliding plate is restricted in the sliding direction of the two protruding rails 518 of the main body of the back plate. The sliding plate _ has a protruding cylinder 512 'a solid nut 523 ' The nut is locked by a rectangular through hole 522 from the outer side of the bottom surface of the back plate main body through the back plate. There are four protruding cylinders 521 at the near corners on both sides of the main body of the backboard, so as to support the grating plate 52 to be kept at an appropriate distance from the lower picture 53; four short sides beside the inner side of the four protruding cylinders 521 Each of the protruding cylinders 581 is locked with a movable screw, which is used for the floor of the map tablet 5; the picture 53 is used with the double-sided tape 53〇2 (four) on the top of the map plate, and the bottom end of the back plate has another recessed area* 58. The internal device is a control circuit board 5, and the electronic components such as the power supply*, the switch (not shown) are supplied to the circuit board, and the towel_active plate 57 is mounted in the two protruding rails 5111 fixed to the main body of the backboard. The direction of movement is restricted; the movable plate 57 is fixed in the middle - the magnet page 8 1272554 5106 'and the upper portion has a convex cylinder 513; the movable plate 57 is mounted on both sides with a coil of the same embodiment - the coil, the coil movement mode and the activity The same is true for the screw unit. During assembly, the upper notch 531 of the flat sheet 5301 is inserted into the protruding cylinder 512, the lower notch is inserted into the protruding cylinder 513, and the grating plate 52 is placed above the picture by four protruding cylinders 521. And the edge of the main body of the backboard is tightly clamped to the sole, and if the elasticity of the 53 and the optical rebound 52 is not appropriate, the grating plate and the flat plate can be removed, and then the screw is rotated to raise or lower it to obtain - The best tightness, fine-tuning the outer side of the back plate on the back side of the screw 517 • Left and right position, you can drive the picture 53 to change the angle; when the special pattern on the picture is parallel with the grating plate texture is the correct angle of the picture ' screw 517 immediately can. How the coils 541 and 542 drive the raster image to change the angle 'to _ image conversion time is short and the full presentation time is long. Fifth Embodiment·Hears 6A to 6E, the movable plate 57 in the fourth embodiment is changed to the E-shaped plate 67, and the tail ends of the two sides are respectively provided with the E type in the second embodiment. The movable plates 6213 and 6217 of the two sides of the plate are wrapped with two movable screws and the nuts 6215 and 6221 of the 6222 _ lock/tongue plate. How the coil drives the raster image to change the angle, and the effect of short image reconstruction time and long presentation time is described later. Sixth Embodiment: Please refer to the seventh A_ seventh B diagram. In the fourth embodiment, the original _ coil of the frame bottom 4 is changed to a coil 7112, and the movable device is the same as the coil of the fourth embodiment, and the movable plate 57 is used. The u-shaped movable plate 77, which is replaced by two flat plates, is installed in the two rails 7208 of the protruding back plate, and the flat sides of the two sides and the magnets of the 721 and the 71〇6 are just at the coil 7112. Both sides; the inner side of the back plate - the protruding column 7205 fixed - nut 7206 / tongue drive screw 72 〇 7 from the outside of the back plate through the back plate lock nut 72 〇 6. How the coil 7112 drives the grating to change the Xiao degree, and the touch-up time is short and the complete presentation time. Page 9 1272554 The long effect is described later. Seventh Embodiment: Referring to FIGS. 16A and 16B, the magnetic medium 矽 steel sheet in the middle of the movable device coil 1611 in the sixth embodiment is changed to a cylindrical magnet 1612 'The polarity of the magnet Half of the N pole is the S pole. The coil 1611 is adjusted and fixed with a screw 1613 penetrating from the bottom of the back plate. The flat plate 1614 under the U-shaped plate is fixed with a magnet 1615. An L-shaped movable plate 1616 below the magnet is flat. A nut 1617 is fixed on the upper portion, and a piece of iron 1620 is fixed on the side by a screw 1618 which passes through a rectangular through hole 1619 from the bottom of the back plate. The length of the iron piece and the magnets of 1615 and 1612 can be absorbed, L shape The movable plate 1616 is arranged in the two rails 1629 protruding from the back plate to restrict the moving direction. The flat plate 1621 above the U-shaped plate also fixes a magnet 1622, an L-shaped movable plate 1623 above the magnet, and a nut 1624 is fixed on the plane, and A screw 1625 is inserted from the bottom of the back plate through a rectangular through hole 1626 of the back plate, and an iron piece 1627 is fixed on the side. The length of the iron piece and the magnets of 1622 and 1612 can be absorbed, and the L-shaped movable plate 1623 is protruded. The two rails 1630 of the backboard limit the moving direction, and how the coil ι611 drives the raster image to change the angle, and the image conversion time is short and the full rendering time is long. Eighth Embodiment: Referring to Fig. 17, the magnetic medium cymbal sheet in the middle of the movable device coil 1711 in the third embodiment is changed to a cylindrical magnet 1713, and the polarity of the magnet is half of the N pole is S The coil 1711 is adjusted and fixed with a screw 1712 penetrating from the bottom of the back plate. A fixed plate 1715 on the right side of the door plate 1714 is fixed with a magnet 1716'. The L-shaped movable plate 1720 on the right side of the magnet is fixed on the plane. The nut 1722 is locked by a screw 丨 723 passing through a rectangular through hole (not shown) from the bottom of the frame, and a metal piece 1724 is fixed on the side, the length of the iron piece and the magnets of 1713 and 1716 can be absorbed, L shape The movable plate 1720 is arranged in the two rails 1721 of the protruding back plate to restrict the moving direction. The movable plate 1717 on the left side of the door plate is locked by a screw cymbal 18 to the door type plate, and a magnet 1719 is fixed on the top plate. a l-shaped movable plate 1725 on the left side of the magnet, a nut 1727 is fixed on the plane, and is locked by a screw 1728 from a bottom of the frame through a rectangular perforation (not shown), and a piece of iron 1729 is fixed on the side, the length of the piece of iron and In the 1713 and 1719 two magnet absorbing range 'L-shaped movable plate 1725 is installed in the two-way 1726 of the protruding back plate to limit the moving direction, how the coil 1711 drives the grating picture to change the angle, and the image conversion time is short and the complete rendering time is achieved. The long effect is described later. # In the description of the above eight embodiments, how to make two different image changes on the grating plate, first explain how the coil acts as a moving magnet with the principle of isotropic reciprocal attraction. Please refer to the eighth figure, 41 represents a coil, and the upper and lower sides are respectively There is a magnet 44 and 45 connected together, and the N poles of both magnets are magnetically directed toward the coil 41. If the circuit control board supplies current to the coil for the first time, the N pole is generated above the coil and the magnetic pole is s pole magnetic. Then, the upper magnet 44 will be repelled by the coil, and the lower magnet 45 will be attracted; please refer to the eighth β-picture. When the circuit control board supplies current to the coil for the second time, the S-pole magnetic is generated above the coil. Then, the upper magnet 44 is attracted by the coil, and the lower magnet 45 is rejected. See the eighth. Fig., ® 44 represents a magnet with a magnetic pole above the S pole, bottom below the drain, 41 is the upper coil, and 42 is the lower coil. If the circuit control board supplies current to the coil for the first time, it will make two coils. The magnet near the end of the magnet generates S pole magnetism, and the bottom of the magnet is Ν polarity, which is naturally attracted by the lower coil 42 and is repelled by the upper coil 41. When the circuit control board supplies the coil again, it becomes a coil close to the magnet end. Both of them generate bungee magnetism. Please refer to the figure of Figure 8 below for the polarity of the crucible, which is naturally repelled by the lower coil 42 and attracted by the upper coil 41. Referring to the VIII, the 41 and 42 are two-phase coils, and a magnet 45 is placed between the two coils with the s-polarity of the upper side of the S-polarity. The eleventh page of the two coils is connected to the magnet 45 at the 11th page. The magnets 44 and 46' together with the magnet 44 are mounted on the coil surface in the S polarity. The magnet 46 is mounted on the upper side of the coil surface in the polarity of N. It is assumed that the circuit control board supplies current to the coil for the first time. The ends of the two coils close to the magnet 45 both generate S pole magnetism, and the other end is naturally N pole magnetized, the magnet 44 is attracted by the coil 41, the magnet 45 is repelled by the coil 41 and attracted by the coil 42, and the magnet 46 is coiled.乜 Repellent, please refer to the eighth F diagram. When the circuit control board supplies the electric slant again to the coil, the sin of the two coils is close to the magnet 45. This end produces N-pole magnetism, and the other end is naturally 3-pole magnetized, then _ becomes The magnet 44 is repelled by the coil 41, the magnet 45 is attracted by the coil 41 and repelled by the coil 42, and the magnet 46 is attracted by the coil 42. Please refer to the 20th a picture, 2〇11 represents a coil, 2012 represents a cylindrical magnet passing through the center of the coil, the left half of the polarity is n pole and the right half is the S pole '2013 and 2014 represent two blocking and adsorption magnets With the iron piece, when the N pole and the S pole of the magnet are equal in the range of the coil 2011, regardless of the magnetic properties generated at both ends of the coil, the repulsion and the attraction force to the magnet are equalized and canceled. Please refer to the twentieth β-graph, and shift the magnet 2012 to the left to make it adsorb to the iron plate. Suppose the control circuit board supplies the current to the coil for the first time so that the thin left side produces N-pole and the right side is naturally S-pole. The N-pole magnetic force on the left side of the 10th G (X) axis will repel the n-pole of the fine iron and attract the magnet s pole in the coil. At the same time, the 5-pole magnetic force generated on the right side of the coil also repels the 5 pole of the magnet to make the magnet to the left. The power of the movement is blocked by the 2〇14 iron piece. When the control circuit board supplies the current to the coil for the second time, the current is generated on the left side of the coil. The right side is naturally N 3 and the first tenth D picture, then the left side of the coil The bungee magnetic force attracts the N pole of the magnet outside the coil and repels the s pole of the magnet in the coil. At the same time, the n-pole magnetic force generated on the right side of the coil also attracts the S-pole of the magnet, causing the magnet to generate power to the right. Exclude obstacles such as Figure-10A and continue to move to the right until blocked by the hall, see page 12, 1272554
二十E圖。當控制電路板再次對線圈供應電流是使線圈回到左邊產生N 極磁性右邊自然是S極時，請參見第二十F圖，線圈右邊的3極會排 斥線圈外的磁鐵S極並吸引線圈内的磁鐵n極，同時線圈左邊的n極 磁力也在排斥磁鐵的N極，使磁鐵再產生往右移動的動力，但被2〇13 鐵片阻播而不動。當控制電路板又對線圈供應電流變成使線圈左邊產 生S極磁性右邊自然是N極，請參見第二十g圖，這時線圈左邊的ς 極磁力會吸引線_的磁鐵N極，同時_右邊的N極磁力也在排斥 磁鐵的N極並吸引線圈外的磁鐵s極，使磁鐵產生往左移動的動力而 衝向左邊的2014鐵片才停止，請參見第二十η圖。 請參見第九Α圖及第九Β圖說明第一實施例的廣告看板如何使二 麵像輪流變換，第九A圖中假設電路控制板在未對線圈供電前，光 柵圖片102下方#磁鐵106是吸附著左方線圈12〇，若此時光拇板上的 圖像不是任像完整呈_正確肢時，可微黯_絲113位置 進而改變光柵圖片⑽角度；當調整到其中任-_像是雜呈現時 將活動螺絲鎖緊，這是其巾—個正確的定齡置丨再將光柵圖片⑽ 下方的磁鐵1G6往右搬動，讓磁鐵⑽吸附另—線圈浙，如第九B圖； 依上述方式調整活綱絲112，調好另—圖像完整呈現的正確角度後鎖 、累糸這疋另個正確的定點位置。這時打開電源開關讓電路 控制板開始對線圈供電，光柵圖片就會在固定的二個定點來回移動， 光柵板外看到的自然是二不_像輪流變換，每—圖像欲停留時間則 只要調整電路控制板上-可調式電阻器（圖未示）即可。 光栅 1272554 圖片102下方的磁鐵206是吸附著左側線圈213,若此時光柵板上的圖 像不是任-圖像完整呈現的正確肖度時，可微調活動螺絲223位置進 而改變光柵圖片102角度，當調整到其中任—個圖像是完整呈現時將 活動螺絲鎖緊，這是其中-個正確蚊點位置；再將光拇圖片下方的 磁鐵206往右側搬動，讓磁鐵吸附另一線圈212，如第十B圖，依上述 方式調整活動螺絲216,調好另一圖像完整呈現的正確角度後鎖緊螺絲 216，這是另一個正確的定點位置。當兩線圈都固定在正確定點後，在 磁鐵206吸附線圈212的狀態下將活動板材229調整到剛好與線圈213 接觸，並鎖緊活動螺絲232，再讓磁鐵206往左側吸附線圈213，如第 十A圖；將活動板材227調整到剛好與線圈212接觸後，鎖緊活動螺 絲225，只要將三個磁鐵依照第八£圖的極性方向裝設，打開電源開關 讓電路控制板開始對線圈供電，光柵圖片就會在較的二絲來回移 動，光柵板外看到的自然是二不同圖像輪流變換。 請參見第十- A圖與第十- B圖說明第三實施例的廣告看板如何 使二侧像輪義換，針-A圖巾健祕㈣板在未對線圈供電 前，光柵圖片102下方η型板材3G5上的磁鐵3⑽是吸附著線圈312， 若此時光柵板102上的圖像不是任—圖像完整呈丨正確肖度時，可 微調活動螺絲316位置進而改變光柵圖片1G2角度，當調整到其中任 -個圖像是完整呈現時將活動螺絲鎖緊，這是其中—個正確的定點位 置’再換η型板材上的活動板材307上的磁鐵308吸附線圈312，微調 活動螺絲310讓活動板材307剛好與線圈312接觸的位置是光栅板上 另-圖像完整呈現的位置時，鎖緊活動螺絲31G，奴另—個正確的定 點位置。只要將二個磁鐵依照第八A _的極性方向裝設，打開電源開 第14頁 1272554 關讓電路控制板開始對線圈供電，光柵圖片就會在固定的二定點來回 移動，光柵板外看到的自然是二不同圖像輪流變換。 請參見第五A至E圖說明第四實施例的相框如何使二個圖像輪 流變換。當組裝好相框後，微調背板上端底面外側螺絲517左右位置， 就可帶動改變肖度，當上特殊紋路與光柵板紋路成平行狀 態即是圖片正確角度，將螺絲鎖緊即可。再參見第十二A圖與第十二β 圖，假設電路控制板未向線圈供電前，活動板材57中間的磁鐵5i〇6 是吸附在上方線圈541上，如果此時光柵板上不是任一圖像完整呈現 的正確位置，可微調活動螺絲5113位置，活動板材57上的凸出圓柱 513進而帶動圖片53改變位置；當調整到光柵板上是任一圖像完整呈 見的正確位置後’鎖緊活動螺絲5113這即是其巾—個正確的定點位 置；再將活動板材57往左搬動讓磁鐵5106吸附另一線圈542，依上述 方式調整活動螺絲5112，調好另一圖像完整呈現的正確位置後鎖緊螺 絲，這即是另一個正確的定點位置，這時打開電源開關讓電路控制板 開始對線圈541、542供電，圖片就會在固定的二個定點位置來回移動， 光柵板外看到的自然是二不同圖像輪流變換，每一圖像欲停留時間則 只要調整電路控制板上一可調式電阻器（圖未示）即可。 °月參見第十二A圖說明第五實施例的相框如何使二個圖像輪流 變換，假設電路控制板在未對線圈供電前，E型活動板材67中間的磁 鐵6106是吸附在上方線圈641上，如果此時光柵板上不是任一圖像完 整呈現的正確位置，可微調活動螺絲6113位置，活動板材上方的凸出 圓柱613進而帶動圖片63改變位置；當調整到光柵板上是任一圖像完 整呈現的正確位置後，鎖緊活動螺絲6113這即是其中一個正確的定點 第15頁 1272554 位置’再將活動板材67往下搬動讓磁鐵6106吸附另一線圈642，如第 十三B圖，依上述方式調整活動螺絲6112，調好另一圖像完整呈現的 正確位置後鎖緊螺絲，這即是另一個正確的定點位置。當兩線圈Mi 及642都固定在正確定點後，在磁鐵6106吸附線圈642的狀態下將活 動板材6217調整到剛好與線圈641接觸，並鎖緊活動螺絲6222，再讓 磁鐵6106在上吸附線圈641，如第十三A圖。將活動板材6213調整到 剛好與線圈642接觸後，鎖緊活動螺絲6216，只要將三個磁鐵 6106, 6214, 6218依照第八E圖的極性方向裝設，打開電源開關讓電路 控制板開始對線圈供電，圖片就會在固定的二定點來回移動，光柵板 外看到的自然是二不同圖像輪流變換。 研參見第十四A圖說明第六實施例的相框如何使二個圖像輪流 變換，假没電路控制板在未對線圈供電前，兩平板合一的卩型活動板 材77上的平板7210上的磁鐵7108是吸附著線圈7112 ,若此時光柵板 上的圖像不是任-圖像完整呈現的正確位置時，可微動螺絲7ii3 位置，凸出圓柱713進而改變圖片73的位置；當調整到其中任一個圖 像是完整呈現時將活動螺絲7113鎖緊，這是其中一個正確的定點位 置；再將U型活動板材77往下方搬動，使另一平板72〇9上的磁鐵侧 吸附著線圈7112，若此時光栅板上的圖像不是另—圖像完整呈現的正 碟位置時，微賴動獅72Q7讓光栅板上剛好是另—圖像完整呈現的 位置’如第十四B目’這是另_個正確的定點位置。只要將二個磁鐵 依照第八A目的極性方向裝設，打開電關關讓電路控做開始對線 圈供電’ 就會在E]定的二定點來回移動，光栅板外相的自然是 二不同圖像輪流變換。 第16頁 !272554 請參見第十八A圖說明第八實施例的廣告看板如何使二個圖像 輪流變換，假設控制電路板在未對線圈供電前，门型板材1714上的固 疋平板1715上面的磁鐵1716是吸附於L形活動板材172〇上固定的鐵 片1724，若此時光柵板上的圖像不是任一圖像完整呈現的正確角度 時，可微調活動螺絲1723位置，光柵圖片1〇2自然改變角度，當調整 到其中任一個圖像是完整呈現時將活動螺絲1723鎖緊，這是其中一個 正確的定點位置。再參見第十八8圖，接著調整1718活動螺絲讓活動 平板1717與固定平板1715的距離是磁鐵1713的長度加適當距離後鎖 緊1718螺絲，將门型板材往上搬動到磁鐵1719吸附於[型活動板材 Π25上的鐵片1729上，若此時光柵板上的圖像不是另一圖像完整呈現 的正確角度時，可微調活動螺絲1728位置，光栅圖片102自然改變角 度’當調整到另一個圖像是完整呈現時將活動螺絲1728鎖緊，這是另 一個正確的定點位置，门型板材1714上固定的兩個磁鐵1716與1719 吸附於L型活動板材上的鐵片1724與1729，只是讓光柵圖片維持在一 定的角度功用，其磁力被設計成恆小於磁鐵1713產生的衝擊力，而l 型活動板材上的鐵片1724與1729讓線圈内的磁鐵1713吸附的範圍被 設計成只足夠牵引住磁鐵1713不動的最小面積，磁鐵1713對其吸附 力也恆小於其衝擊力，調整活動螺絲1712位置可改變線圈位置進而改 變磁鐵1713的N極與S極在線圈内的範圍比例，即可改變磁鐵1713 的衝擊力及控制其往左力量大或往右力量大。打開電源開關讓電路控 制板開始對線圈供電，光柵圖片就會在固定的二定點來回移動，光栅 板外看到的自然是二不同圖像輪流變換。 請參見第十九A圖說明第七實施例的相框如何使二個圖像輪流 第17頁 1272554 變換’假設控制電路板在未對線圈供電前，u型活動板材上左邊固定平 板1614上固定的磁鐵1615，是吸附於左邊[型活動板材上的鐵 片1620，若此時光栅板上的圖像不是任一圖像完整呈現的正確角度 時’可微調活動螺絲1618位置，貼圖平片1628自然改變位置，當調 整到其中任一個圖像是完整呈現時將活動螺絲1618鎖緊，這是其中一 個正確的定點位置；再參見第十九B圖，將u型活動板材往右移動， 使其右邊平板1621上的磁鐵1622吸附著L型活動板材1623上的鐵片 1627 ’若此時光栅板上的圖像不是另一圖像完整呈現的正確角度時， 可微調活動螺絲1625位置，貼圖平片1628自然改變位置；當調整到 另一個圖像是完整呈現時，將活動螺絲1625鎖緊，這是另一個正確的 定點位置，U型板材上固定的兩個磁鐵1615與1622吸附於L型活動板 材上的鐵片1620與1627，只是讓貼圖平片維持在一定的位置功用，其 磁力被設計成恆小於磁鐵1612產生的衝擊力，而L型活動板材上的鐵 片1620與1627讓線圈内的磁鐵1612吸附的範圍被設計成只足夠牽引 住磁鐵1612不動的最小面積，磁鐵1612對其吸附力也恆小於其衝擊 力，調整活動螺絲1613位置可改變線圈位置進而改變磁鐵1612的N 極與S極在線圈内的範圍比例，即可改變磁鐵的衝擊力及控制其 往左力量大或往右力量大。打開電源開關讓電路控制板開始對線圈供 電，圖片就會在固定的二定點來回移動，光柵板外看到的自然是二不 同圖像輪流變換。 由此可見本發明之兩圖像定點變換相框與廣告看板與習用換圖相框 結構上與效果上皆有很大差別。 當然，在相框或廣告看板框體内的圖片底下可裝置發光物，可參 第18頁 1272554 見第十五圖中禅干 施例範圍。、、 ，、於夜晚或暗處作燈箱使用，都屬本發明實 斜五圖中所示廣告看板的進—實施射，侧應較大型的廣 二反：木用，其中Μ磁鐵的平板8105上方延伸-可框住光柵圖片 四、、與月面且二側有凸出圓軸的框架8120，框架正面可裝置-透 明玻璃或塑膠板材（圖未示）將光栅圖片壓平並由框架固定住，使平 板8105有足夠的力量帶動光柵圖片8102移動。 _ 浐 姓、不戶斤陳’本發明所提供的兩圖像定點變換相框與廣告看板創新 冓確可達到圖像完整顯示時間延長的功效，具備相當之進步性， 爰依法提出申請。 【圖式簡單說明】 第-A圖至第__代表習知動態相框的葉片動作換圖案之動作圖， 第-圖代表本發明兩圖像變換廣告看板的第一實施例側面視圖， φ 第一圖代表本發明兩圖像變換廣告看板的第二實施例側面視圖， 第一 A圖代表本發明兩圖像變換廣告看板的第二實施例裡τ型板材的 底面視圖， 第四圖代表本發明兩圖像變換廣告看板的第三實施例側面視圖， 第四Α圖代表本發明兩圖像變換廣告看板的第三實施例裡l型板材的 底面視圖， 第五A至E圖代表本發明兩圖像變換相框第四實施例的正面視圖與組 裝示意圖，以及部份放大圖， 第19頁 1272554 第/、A至E圖代表本發明兩圖像變換相框第五實施例的正面視圖與組 裝示意圖，以及部份放大圖， 帛七A ®至E圖代表本發明兩圖像變換相框第六實施例的正面視圖與 組裝示意圖，以及部份放大圖， 第八A圖至F圖代表本發明的線圈作動磁鐵示意圖， 第九A圖及B圖代表第二圖之線圈定點調整與圖像變換示意圖， # 第十A圖及β圖代表第三圖之線圈定點調整與圖像變換示意圖， 第十Α圖及Β圖代表第四Α圖之線圈定點調整與圖像變換示意圖， I 一 一 Α圖及β圖代表第五α圖至ε圖之線圈定點調整與圖像變換示 意圖，Twenty-E picture. When the control circuit board supplies the current to the coil again, the coil is returned to the left to generate the N pole. The magnetic right side is naturally the S pole. Please refer to the twentieth F diagram. The 3 poles on the right side of the coil will repel the magnet S pole outside the coil and attract the coil. The inner magnet has n poles, and the n-pole magnetic force on the left side of the coil also repels the N pole of the magnet, causing the magnet to generate the power to move to the right, but is blocked by the 2〇13 iron piece. When the control circuit board supplies the current to the coil again, the S pole is generated on the left side of the coil. The right side is naturally N pole. Please refer to the twentieth diagram. At this time, the magnetic force of the left side of the coil will attract the magnet N of the line _, while the right side The N-pole magnetic force also repels the N pole of the magnet and attracts the magnet s pole outside the coil, so that the magnet generates a power to move to the left and the 2014 iron piece that rushes to the left stops. See the twentieth diagram. Referring to the ninth and ninth drawings, how the advertising kanban of the first embodiment converts the two-sided image in turn, and the ninth A assumes that the circuit control board is below the raster image 102 before the power is supplied to the coil. Is the left side of the coil 12 吸附, if the image on the optical plate at this time is not complete _ correct limb, the position of the 黯 丝 113 can be changed to change the angle of the raster image (10); when adjusted to the -_ image When the miscellaneous presentation is carried out, the movable screw is locked. This is the correct setting of the towel. Then the magnet 1G6 under the raster image (10) is moved to the right, so that the magnet (10) adsorbs another coil, such as the ninth B. Adjust the live wire 112 according to the above method, adjust the correct angle of the image to be fully displayed, and then lock the other correct fixed position. At this time, the power switch is turned on to let the circuit board start to supply power to the coil, and the raster image will move back and forth at two fixed fixed points. The natural view outside the grating plate is two-in-one rotation, and each image has a pause time. Adjust the circuit board - adjustable resistor (not shown). Raster 1272554 The magnet 206 below the picture 102 is attached to the left side coil 213. If the image on the grating plate is not the correct curvature of the image, the position of the movable screw 223 can be fine-tuned to change the angle of the raster image 102. When the adjustment is made to any of the images, the active screw is locked, which is the correct position of the mosquito point; then the magnet 206 under the light thumb image is moved to the right side, and the magnet is attracted to the other coil 212. As shown in the tenth B, the movable screw 216 is adjusted in the above manner, and the correct angle of the other image is fully adjusted, and the locking screw 216 is locked, which is another correct fixed position. After the two coils are fixed at the positive point, the movable plate 229 is adjusted to just contact the coil 213 in the state in which the magnet 206 is attracted to the coil 212, and the movable screw 232 is locked, and then the magnet 206 is attracted to the left side of the coil 213, as in the first Figure 10A; after the movable plate 227 is adjusted to just contact the coil 212, the movable screw 225 is locked. As long as the three magnets are installed in the polarity direction of the eighth figure, the power switch is turned on to allow the circuit board to start supplying power to the coil. The raster image will move back and forth in the second wire, and it is natural to see two different images in turn. Please refer to the tenth-A diagram and the tenth-Bth diagram to explain how the advertisement billboard of the third embodiment makes the two-side image wheel change, and the needle-A towel is hard (four) board before the power supply to the coil, below the raster picture 102. The magnet 3 (10) on the n-type plate 3G5 is adsorbed by the coil 312. If the image on the grating plate 102 is not completely correct, the position of the movable screw 316 can be finely adjusted to change the angle of the grating image 1G2. When the adjustment to any of the images is complete, the active screw is locked, which is the correct positioning position of the 'replacement of the magnet 308 on the movable plate 307 on the n-type plate to attract the coil 312, fine-tuning the movable screw 310, when the position of the movable plate 307 just in contact with the coil 312 is the position where the other image on the grating plate is completely presented, the movable screw 31G is locked, and the other is a correct fixed position. As long as the two magnets are installed in the polarity direction of the eighth A_, turn on the power and turn on the 14th page 1272554. Let the circuit board start to supply power to the coil. The raster image will move back and forth at the fixed two fixed points. The nature is two different images in turn. Referring to Figures 5A through E, it is illustrated how the photo frame of the fourth embodiment alternates the two images. After assembling the photo frame, fine-tune the position of the screw 517 on the outer side of the back side of the back plate to change the degree. When the special grain and the grating plate are parallel, the correct angle of the picture is locked. Referring again to the twelfth A chart and the twelfth beta chart, it is assumed that the magnet 5i〇6 in the middle of the movable plate 57 is adsorbed on the upper coil 541 before the circuit board is not supplied with power to the coil, if the grating plate is not at any time The correct position of the image is completely displayed, the position of the movable screw 5113 can be finely adjusted, and the protruding cylinder 513 on the movable plate 57 in turn drives the picture 53 to change the position; when the adjustment to the grating plate is the correct position of any image is completely seen' Locking the movable screw 5113 is the correct position of the towel; then moving the movable plate 57 to the left to move the magnet 5106 to the other coil 542, adjusting the movable screw 5112 in the above manner, and adjusting another image intact. After the correct position is presented, the locking screw is locked. This is another correct fixed position. When the power switch is turned on, the circuit board starts to supply power to the coils 541 and 542. The picture will move back and forth at two fixed fixed positions. Naturally, the two different images are rotated in turn. For each image to stay, just adjust an adjustable resistor (not shown) on the circuit board. Referring to FIG. 12A, it is explained how the photo frame of the fifth embodiment alternates the two images. It is assumed that the magnet 6106 in the middle of the E-shaped movable plate 67 is adsorbed on the upper coil 641 before the circuit control board supplies power to the coil. Above, if the grating plate is not the correct position of any image, the position of the movable screw 6113 can be fine-tuned, and the protruding cylinder 613 above the movable plate can drive the picture 63 to change position; when adjusting to the grating plate is any After the image is fully rendered in the correct position, lock the movable screw 6113 which is one of the correct fixed points on page 15 of the 1272554 position. Then move the movable plate 67 down to allow the magnet 6106 to attract the other coil 642, such as the thirteenth In the figure B, the movable screw 6112 is adjusted in the above manner, and the correct position of the other image is adjusted to lock the screw, which is another correct fixed position. After the two coils Mi and 642 are both fixed at the positive point, the movable plate 6217 is adjusted to just contact the coil 641 in a state where the magnet 6106 adsorbs the coil 642, and the movable screw 6222 is locked, and the magnet 6106 is placed on the upper adsorption coil 641. As shown in Figure 13A. After the movable plate 6213 is adjusted to just contact the coil 642, the movable screw 6216 is locked. As long as the three magnets 6106, 6214, 6218 are installed in the polarity direction of the eighth E diagram, the power switch is turned on to let the circuit control board start to the coil. When the power is supplied, the picture will move back and forth at a fixed fixed point. What is seen outside the grating plate is naturally two different images in turn. Referring to FIG. 14A, it is explained how the photo frame of the sixth embodiment converts two images in turn, and the dummy circuit control board is on the flat plate 7210 on the movable sheet 77 of the two flat plates before the power is supplied to the coil. The magnet 7108 is adsorbed by the coil 7112. If the image on the grating plate is not the correct position of the image-complete image, the position of the screw 7ii3 can be slightly moved, and the cylinder 713 is protruded to change the position of the picture 73; In any of the images, the movable screw 7113 is locked when the whole image is displayed, which is one of the correct fixed position positions; then the U-shaped movable plate 77 is moved downward, so that the magnet side of the other flat plate 72〇9 is adsorbed. Coil 7112, if the image on the grating plate is not the same as the image-completed position of the image, the micro-Lai lion 72Q7 makes the grating plate just the position where the image is completely presented' as in the fourteenth B "This is another _ correct fixed position. As long as the two magnets are installed in the polarity direction of the eighth A purpose, turning on the electric off and letting the circuit control start to supply power to the coil will move back and forth at the two fixed points of E, and the outer phase of the grating plate is naturally two different images. Take turns to change. Page 16! 272554 Please refer to FIG. 18A to illustrate how the advertising billboard of the eighth embodiment converts two images in turn, assuming that the control board is not fixed on the coil, the solid plate 1715 on the door panel 1714 before the coil is powered. The upper magnet 1716 is an iron piece 1724 fixed on the L-shaped movable plate 172. If the image on the grating plate is not the correct angle of any image, the position of the movable screw 1723 can be fine-tuned. 1〇2 naturally changes the angle, when the adjustment to any one of the images is complete rendering, the active screw 1723 is locked, which is one of the correct fixed position. Referring again to the eighteenth eightth figure, then adjust the 1718 movable screw so that the distance between the movable plate 1717 and the fixed plate 1715 is the length of the magnet 1713 plus the appropriate distance, then lock the 1718 screw, and move the door plate up to the magnet 1719. [On the iron piece 1729 on the movable sheet Π25, if the image on the grating plate is not the correct angle of the other image, the position of the movable screw 1728 can be fine-tuned, and the raster image 102 naturally changes the angle 'when adjusted to The other image is the locking of the movable screw 1728 when it is fully presented. This is another correct fixed position. The two magnets 1716 and 1719 fixed on the door plate 1714 are attached to the iron pieces 1724 and 1729 on the L-shaped movable plate. However, the grating image is maintained at a certain angle function, the magnetic force is designed to be smaller than the impact force generated by the magnet 1713, and the range of the magnets 1724 and 1729 on the l-type movable plate for the magnet 1713 in the coil is designed to be Only enough to pull the minimum area of the magnet 1713, the magnet 1713 is also less than its impact force. Adjusting the position of the movable screw 1712 can change the coil position and then change Ratio range of 1713 N pole magnet and the S pole inside the coil, to modify the impact force of the magnet 1713 and the control of large forces it to the left or right large force. Turning on the power switch causes the circuit board to start supplying power to the coil, and the raster image will move back and forth at a fixed two fixed point. Naturally, the two different images are rotated in turn. Please refer to FIG. 19A for explaining how the photo frame of the seventh embodiment causes two images to be rotated. Page 17 1272554 is changed. 'Assuming that the control circuit board is fixed on the left fixed plate 1614 on the u-shaped movable plate before power is supplied to the coil. The magnet 1615 is adsorbed on the left side [the iron piece 1620 on the movable plate. If the image on the grating plate is not the correct angle of any image, the position of the movable screw 1618 can be fine-tuned, the texture flat piece 1628 is natural. Change the position and lock the movable screw 1618 when adjusting to any of the images is complete, this is one of the correct fixed position; then see Figure 19B, move the u-shaped movable plate to the right, so that The magnet 1622 on the right plate 1621 adsorbs the iron piece 1627 on the L-shaped movable plate 1623. If the image on the grating plate is not the correct angle of the other image, the position of the movable screw 1625 can be fine-tuned. The piece 1628 naturally changes position; when adjusted to another image is fully rendered, the movable screw 1625 is locked, this is another correct fixed position, two magnetic plates fixed on the U-shaped plate The iron 1615 and 1622 are adsorbed on the iron pieces 1620 and 1627 on the L-shaped movable plate, only to maintain the texture piece in a certain position, and the magnetic force is designed to be smaller than the impact force generated by the magnet 1612, and the L-shaped movable plate is The iron pieces 1620 and 1627 allow the magnet 1612 in the coil to be attracted to a range that is only enough to draw the minimum area of the magnet 1612. The magnet 1612 is also less sensitive to its impact force. Adjusting the position of the movable screw 1613 can change the position of the coil. Further, by changing the ratio of the range of the N pole and the S pole of the magnet 1612 in the coil, the impact force of the magnet can be changed and the force to the left or the power to the right can be controlled. Turning on the power switch causes the circuit board to start supplying power to the coil, and the picture will move back and forth at a fixed fixed point. The two images seen outside the grating plate are naturally transformed in turn. It can be seen that the two image fixed point conversion photo frames of the present invention have a great difference in structure and effect between the advertisement billboard and the conventional map. Of course, the illuminant can be installed under the picture in the frame or the advertising kanban frame. See page 18, 1272554 for the scope of the meditation in the fifteenth figure. , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The upper extension - can frame the grating picture 4, the frame 8120 with the convex surface on both sides of the moon surface, and the front side of the frame can be mounted - transparent glass or plastic sheet (not shown) to flatten the raster image and fix it by the frame Live, so that the plate 8105 has enough power to drive the raster picture 8102 to move. _ 浐 Surname, not 斤金陈' The two-image fixed-point transformation photo frame and advertising billboard innovation provided by the invention can achieve the effect of extending the complete display time of the image, and has considerable progress. BRIEF DESCRIPTION OF THE DRAWINGS The first to the __ represent the action diagrams of the blade motion change pattern of the conventional dynamic picture frame, and the first diagram represents the side view of the first embodiment of the two image conversion advertisement billboard of the present invention, φ 1 is a side view showing a second embodiment of the two image conversion advertisement billboard of the present invention, and the first A diagram represents a bottom view of the τ-type panel in the second embodiment of the two image conversion advertisement billboard of the present invention, and the fourth diagram represents the present embodiment. A side view showing a third embodiment of the two image conversion advertisement billboards, wherein the fourth diagram represents a bottom view of the first embodiment of the two image conversion advertisement billboards of the present invention, and the fifth diagrams A to E represent the present invention. Front view and assembly schematic view of a fourth embodiment of a two-image conversion photo frame, and a partially enlarged view, page 19 1272554. The figures /A to E represent a front view and assembly of a fifth embodiment of the two image conversion photo frame of the present invention. The schematic view, and a partial enlarged view, the seventh A ® to E diagram represent a front view and an assembly diagram of a sixth embodiment of the two image conversion photo frame of the present invention, and a partial enlarged view, and the eighth diagram A to the diagram F represent The schematic diagram of the coil actuating magnet of the Ming, the ninth A and B diagrams represent the fixed point adjustment and image transformation diagram of the coil of the second figure, #10A图 and the β diagram represent the schematic diagram of the fixed point adjustment and image transformation of the coil of the third figure, The tenth diagram and the diagram represent the schematic diagram of the fixed point adjustment and image transformation of the coil of the fourth diagram, and the diagram of the fixed point adjustment and image transformation of the coil representing the fifth α map to the ε diagram,
第十：A 二A圖及B圖代表第六A圖至E圖之線圈定點調整與圖像變換示 意圖，Tenth: A two A and B diagrams represent the fixed point adjustment and image transformation of the coils of the sixth A to E drawings.
第十 A 四A圖及B圖代表第七A圖至E圖之線圈定點調整與圖像變換示 意圖， 第十五圖代表本發明廣告看板的再一實施例， 第+丄k /、A圖至D圖代表本發明兩圖像變換相框第七實施例的正面視圖 與組裝不意®，以及部份放大圖， 第十七圖代表本發明兩圖像變換廣告看板的第八實施例側面視圖， 乂第十八A圖表B圖代表第十七圖之線圈定點調整與圖像變換示意圖， 第十九A圖及B圖代表第十六A圖至D圖之具導磁媒介之線圈定點調 第20頁 1272554 整與圖像變換示意圖， 第二十A至Η圖代表本發明的具導磁媒介之線圈作動磁鐵示意圖。 【主要元件符號說明】 101…·_ .....框體 111·· .......凸出執道 102…·. .....光栅圖片 112·. .......活動螺絲 103…·. ……轉軸夾具 113、 119.........螺絲 104…·· .....支撐座 115·., .......螺母 105…·, .....平板 116… .......活動螺絲 106…· 117… .......柱狀物 107…. .....線圈 118·., .......C型環 108…· .....矽鋼片 4…… ....電源 109··.. ……L型活動滑板 5···.·_ ....電路板 110.........螺母 第21頁10A, 4A and B represent schematic diagrams of coil fixed point adjustment and image transformation of the seventh A to E diagrams, and the fifteenth diagram represents still another embodiment of the advertisement billboard of the present invention, the + 丄k /, A diagram The figure D represents a front view and an assembly disassembly of the seventh embodiment of the two image conversion photo frame of the present invention, and a partial enlarged view, and the seventeenth embodiment represents a side view of the eighth embodiment of the two image conversion advertisement billboard of the present invention.乂18th A chart B represents a schematic diagram of the fixed point adjustment and image transformation of the coil of the seventeenth figure, and the nineteenth A and B diagrams represent the fixed point adjustment of the coil of the magnetically conductive medium of the sixteenth A to D 20 pages 1272554 Schematic diagram of integral and image transformation, and FIG. 20A to FIG. 2 are schematic diagrams showing a coil actuating magnet with a magnetically conductive medium of the present invention. [Description of main component symbols] 101...·_ .....Frame 111·· .......Convex 102...·......Raster picture 112·. ..... .. movable screw 103...·.......spindle clamp 113, 119.........screw 104...···.. support base 115·., ....... nut 105... ·, ..... flat plate 116.........active screw 106...·117..........column 107.........coil 118·., ... ....C-ring 108...·...矽Steel sheet 4............Power supply 109··........L-type active skateboard 5·····_ .... .........nut page 21