五、新型說明： 【新型所屬之技術領域】V. New description: [New technology field]
[0001] 本創作係有關於-種旋轉式3D顯# £ ’特別是指 以馬達帶動-轉轴及其上之顯示單A，而藉顯不早疋上 之固定桿及其發光元件， 形成3D發光造㈣H 【先前技術】 [0002] 以往的廣告招牌多半是靜態不動，頂多是加個燈於 夜間照明以顯示廣告内容’之後，就有人考慮讓部份元 件可以移動或轉動而有一點動態的感覺’以吸引客人的 注意，例如：中華民國專利公告第375239號「旋轉彩色 造型燈飾裝置j，主要係於·^轉备上鐵定數條彩色燈棒 ，轉盤旋轉就產生平面的彩^先1遙。-痛^会告第378782 號「旋轉式廣告燈構造」，一樣也是轉盤上固定數條燈 棒，轉盤旋轉就產生平面的光造型。兩案的功能及用途 相近，但構造不同，然而都只能轉動同一平面上的燈棒 ，產生不了立體效果。 至於公告435776號「改良型旋轉廣告燈」，也是平 面旋轉燈棒，但著重於傳動機構的改良，對於全面的3D 立體光造型’則沒有太多的改進，仍不易吸引消費者目 光。 而上述前案主要都是提供日光燈棒，即便是有色的 燈棒，變化也少，另外，公告415614號「花式旋轉燈結 構」，也是提供旋轉日光燈棒，雖有揭露燈座上插著燈 泡，但也只是讓燈在燈座旋轉時導通，而可同時點亮， 且係慢速轉動，基本上，是沒有太大的視覺變化。 表單煸號A0101 第3頁/共16頁 M408091 其實上述的前案，都是利用馬達減速後，以極慢速 來轉動，只是讓消費者看到會動的燈光，藉以吸引瞬間 的目光，視覺變化效果有限。 【新型内容】 [0003] 爰此，針對習用廣告燈箱接近平面的視覺效果，為 能產生真正的旋轉式3D顯示裝置，本創作一改傳統做法 ，不再以日光燈或燈泡為發光源’改以LED或OLED或LCD 加背光模組為發光元件，並聚點成線，聚線成面，再利 用馬達及以控制面板控制發光元件轉速及亮滅，而讓光 源色彩可以更豐富，且因速度快慢產生不同視覺之變化 ，進而有3D顯示效果。 ： 而，本創作提供之一種旋轉式3D顯示装置，主要係 包括一轉軸及一顯示單元，轉軸係柩接於一座體上，而 顯示單元係包括至少一固定桿及複數個發光元件，固定 桿設置於該轉軸，而每一固定桿上至少設置一個以上的 發‘元件。 ,^ -. 發光元件係成排、連續或威排且連續地設置於固定 - · < - 桿。 固定桿係水平或傾斜設置於轉軸。 固定桿係對稱或非對稱設置於轉軸。 固定桿係成排設置於轉軸，而令所有的發光元件成 一陣列。 座體内係設置一馬達，馬達則電性連接於一控制單 元，而轉軸係接於馬達。 發光元件係LED或OLED或LCD加背光模組之一種。 表單編號A0101 第4頁/共16頁 藉此，不僅可藉由控制單元控制馬達轉速，亦可控 制發光元件的亮滅模式，更因固定桿的排列變化，以及 發光元件在固定桿上的排列變化，共同組成整體發光模 型的多變架構，進而可發出3D顯示造型，且可具多變化 之光造型：顯示單元可具有陣列式的複數發光元件而為 圖案廣告看板、亦可為多角度插置的固定桿而使轉速變 快以產生3D光造型，更可極慢轉動讓固定桿上的發光元 件依序慢流以形成吸睛店招。相較於習知前案，本創作 確實至少具有多變化、可發出3D顯示造型之增進功效。 【實施方式】 [0004] 而為詳細說明上述技術辑徵，茲配合圖式敘述本創 作實施例如后： —I —__ — 請參閱第一圖所示，本創作實施例係為一種旋轉式 3D顯示裝置，主要係包括一轉軸（1)及一顯示單元（2)， 轉轴（1)係樞接於一座體上，顯示單元（2)包括至少一固 定桿（21)及複數個發光元件（22)，複數支並排的固定桿 (21)，會讓複數個發光元件（22)成一陣列。本實施例之 座體内係設置一馬達（3)，馬達（3)則電性連接於一控制 單元（4)，而轉軸（1)係接於馬達（3)。 而本創作實施例之顯示單元（2)，其詳細構造則如第 二圖及第三圖所示，係包括至少一固定桿（21)及複數個 發光元件（22)，固定桿（21)設置於轉軸（1)而每一固定 桿（21)上至少設置一個以上的發光元件（22)。通常，都 是複數個發光元件（22)，且發光元件（22)是成排、連續 或成排且連續地設置於固定桿（21)上。當然成排，也可 表單編號A0101 第5頁/共16頁 以是等間關或不”隔開，但，類似實施例均仍應屬 上述所述範圍之内。 如第四圖所不’係本創作之顯示單元實施例之二， 固疋桿（21A)係水平或傾斜設置於轉軸（1A)，其發光元 件（22A)仍是成排、連續或成排且連續地設置於固定桿 (21A)上。 當實際操作時，如第五圖所示，發光元件（22A)可以 是如箭頭所示而依序流動點亮。 如第六圖所示，係本創作之顯示單元（2A)的各發光 兀件（22A)全都點亮且旋轉的示意圖，再請同時參閱第四 圖及第五圖，傾斜設置於轉,“的的贯定哥(2丨八）一旦 旋轉’就成為圓錐形’而，爭定等(;说)上的發光元件 (22A)被點亮’單點旋轉就备成‘圓形&速超過6〇圈/ 秒），成排的話就是亮錐形。 另外，固定桿（21)可如第二圖及第三圖所示，係對 稱設置於轉轴（1)，或如第四圖及第五圊所示，固定桿 (21A )係非對稱設置於轉轴(1A )。 而固定桿亦可佈滿如第一士所示的顯示單元（2)的假 想線框内，且係成排設置於轉軸（1)，而令所有的發光元 件成一陣列。 前述的發光元件（22)(22A)係LED或OLED之一種。 請再參閱第一圖，控制單元（4)同時控制顯示單元 (2)及馬達（3)，顯示單元（2)可以全部恆亮、閃爍或依 序亮、閃，而馬達（3)的轉速也可快慢無段變速，則整體 所呈現的光亮造型就顯得變化多端。 再者，若如第七圖，當顯示單元（2)的發光元件係呈 表單编號A0101 第6頁/共16頁 [0005] 陣列，若馬達⑶不動或轉速極慢，則可令顯示單元⑵ 的發光元件排成圖案或字，而於夜間成一看板。 【圖式簡單說明】 第一圖係為本創作旋轉式3D顯示裝置之示意圖。 第-圖為本創作之顯示單元實施例之一之侧視圖 〇 第一圖係為本創作之顯示單元實施例之—之俯視圖 0 第四圖係為本創作之顯示單元實施例之二之側視圖 〇 第五圖係為本創作之_示:意圖之一（流動點亮示意 第六圖係為本創作之顯示單元之操作示意圖之二(全 亮旋轉示意）。 第七圖係為本創作之操作示意圖之三（陣列發光元件 慢速或不旋轉示意）。 [0006] 【主要元件符號說明】 (1 ) 轉軸 (21) 固定桿 (3 ) 馬達 (1 A) 轉軸 (2 1 A)固定桿 (2) 顯示單元 (22)發光元件 (4) 控制單元 (2A) 顯示單元 (2 2 A)發光元件 表單编號A0101 第7頁/共16頁[0001] This creation has a kind of rotary type 3D display # £ ', especially refers to the motor-driven shaft and the display unit A thereon, and the fixing rod and its light-emitting elements are formed by the early display. 3D illuminating (4) H [Prior Art] [0002] Most of the previous advertising signs are static, at most, adding a light to the night to display the advertising content', after some people consider that some components can move or rotate with a little The dynamic feeling 'to attract the attention of the guests, for example: Republic of China Patent Bulletin No. 375239 "Rotary color modeling lighting device j, mainly based on the ^ ^ transfer on the iron fixed number of colored light bars, the turntable rotation produces a flat color ^ The first one is far away. - Pain ^ will be notified to No. 378782 "Rotary advertising light structure", as well as several light bars fixed on the turntable, the turntable will produce a flat light shape. The functions and uses of the two cases are similar, but the structure is different. However, they can only turn the light bars on the same plane, which can not produce a three-dimensional effect. As for Announcement No. 435776, "Modified Rotating Advertising Light" is also a flat rotating light stick, but it focuses on the improvement of the transmission mechanism. There is not much improvement in the comprehensive 3D stereoscopic light shape, and it is still not easy to attract consumers' attention. The above-mentioned predecessors mainly provide fluorescent rods, even if they are colored rods, there are few changes. In addition, Announcement No. 415614 "Fancy Rotating Light Structure" also provides rotating fluorescent rods, although there are exposed bulbs on the exposed lamp holders. However, it only turns on the light when the lamp holder rotates, but can be lit at the same time, and rotates slowly. Basically, there is not much visual change. Form nickname A0101 Page 3 of 16 M408091 In fact, the above-mentioned predecessors all use the motor to slow down and then rotate at a very slow speed, just let the consumer see the moving lights, to attract the momentary vision, visual The effect of the change is limited. [New content] [0003] In view of the visual effect of the custom advertising light box approaching the plane, in order to produce a true rotary 3D display device, this creation changes the traditional practice, no longer uses fluorescent lamps or bulbs as the source of illumination. The LED or OLED or LCD plus backlight module is a light-emitting component, and is gathered into a line, and the polyline is formed into a surface. Then, the motor and the control panel are used to control the rotation speed of the light-emitting component and the light is turned off, so that the color of the light source can be more abundant, and the speed is high. The speed produces different visual changes, which in turn has a 3D display effect. The rotary 3D display device provided by the present invention mainly includes a rotating shaft and a display unit. The rotating shaft is coupled to the body, and the display unit includes at least one fixing rod and a plurality of light-emitting elements, and the fixing rod It is disposed on the rotating shaft, and at least one or more 'components' are disposed on each of the fixing rods. , ^ -. The light-emitting elements are arranged in rows, continuously or in a row and are continuously arranged in a fixed - · < - rod. The fixed rod is horizontally or obliquely disposed on the rotating shaft. The fixed rod is symmetrically or asymmetrically disposed on the rotating shaft. The fixing rods are arranged in rows on the rotating shaft, and all the light-emitting elements are arranged in an array. A motor is disposed in the seat body, and the motor is electrically connected to a control unit, and the rotating shaft is coupled to the motor. The light-emitting element is one of an LED or an OLED or an LCD plus a backlight module. Form No. A0101 Page 4/16 pages, not only can the motor speed be controlled by the control unit, but also the lighting mode of the light-emitting element can be controlled, and the arrangement of the fixing rods and the arrangement of the light-emitting elements on the fixed rod can be controlled. The change, together constitute a multi-variable architecture of the overall illuminating model, and thus can emit a 3D display styling, and can have a variety of light styling: the display unit can have an array of complex illuminating elements for the pattern advertisement kanban, or can be multi-angle insertion The fixed rod is placed to make the rotation speed fast to produce a 3D light shape, and the rotation is extremely slow, so that the light-emitting elements on the fixed rod are sequentially flowed slowly to form an eye-catching shop. Compared with the prior case, this creation does have at least a variety of changes, which can enhance the 3D display shape. [Embodiment] [0004] In order to explain the above technical details in detail, the present embodiment is described with reference to the following: -I___ - Referring to the first figure, the present embodiment is a rotary 3D. The display device mainly comprises a rotating shaft (1) and a display unit (2), the rotating shaft (1) is pivotally connected to the body, and the display unit (2) comprises at least one fixing rod (21) and a plurality of light emitting elements (22) A plurality of side-by-side fixing rods (21) are arranged in an array of a plurality of light-emitting elements (22). In the seat of the embodiment, a motor (3) is disposed, the motor (3) is electrically connected to a control unit (4), and the rotating shaft (1) is coupled to the motor (3). The display unit (2) of the present embodiment has a detailed structure as shown in the second and third figures, and includes at least one fixing rod (21) and a plurality of light-emitting elements (22), and the fixing rod (21) At least one or more light-emitting elements (22) are disposed on each of the fixed rods (21) on the rotating shaft (1). Typically, there are a plurality of light-emitting elements (22), and the light-emitting elements (22) are arranged in rows, continuously or in rows and continuously on the fixed rod (21). Of course, it can be arranged in rows, or form number A0101, page 5 / page 16 to be equally or not, but similar embodiments should still fall within the above-mentioned range. In the second embodiment of the present display unit, the solid mast (21A) is horizontally or obliquely disposed on the rotating shaft (1A), and the light-emitting elements (22A) are still arranged in rows, continuously or in rows and continuously disposed on the fixed rod. (21A). When actually operating, as shown in the fifth figure, the light-emitting elements (22A) may be sequentially illuminated as indicated by the arrows. As shown in the sixth figure, the display unit of the present creation (2A) ) The light-emitting elements (22A) are all illuminated and rotated. Please refer to the fourth and fifth figures at the same time. The tilt is set at the turn, and the "Chengding brother (2丨8) once rotated] becomes Conical ', and the light-emitting element (22A) on the (etc.) is lit, 'single-point rotation is prepared as 'circle & speed exceeds 6 turns/second), and in the case of rows, it is bright cone . In addition, the fixing rod (21) may be symmetrically disposed on the rotating shaft (1) as shown in the second diagram and the third figure, or as shown in the fourth and fifth figures, the fixing rod (21A) is asymmetrically arranged. On the shaft (1A). The fixing rods may also be placed in the imaginary frame of the display unit (2) as shown by the first person, and arranged in rows on the rotating shaft (1), so that all the luminous elements are arranged in an array. The aforementioned light-emitting element (22) (22A) is one of an LED or an OLED. Please refer to the first figure again. The control unit (4) controls the display unit (2) and the motor (3) at the same time. The display unit (2) can be all constantly lit, flashing or sequentially, flashing, and the speed of the motor (3). The speed and shape of the whole can be changed in a fast and slow manner. Furthermore, if the light-emitting element of the display unit (2) is in the form of Form No. A0101, page 6 / page 16 [0005], if the motor (3) is not moving or the rotation speed is extremely slow, the display unit can be made. The light-emitting elements of (2) are arranged in a pattern or a word, and are kanban at night. [Simple description of the drawings] The first figure is a schematic diagram of the creation of a rotary 3D display device. The first drawing is a side view of one embodiment of the display unit of the present invention. The first drawing is a top view of the embodiment of the display unit of the present invention. The fourth drawing is the side of the second embodiment of the display unit of the present invention. The fifth picture of the view is the original of the creation: one of the intentions (the flow is illuminated, the sixth picture is the second operation diagram of the display unit of the creation (the full-light rotation). The seventh picture is the creation The operation diagram is the third (the array light-emitting element is slow or not rotating). [0006] [Main component symbol description] (1) Rotary shaft (21) Fixed rod (3) Motor (1 A) Shaft (2 1 A) fixed Rod (2) Display unit (22) Light-emitting element (4) Control unit (2A) Display unit (2 2 A) Light-emitting element Form No. A0101 Page 7 of 16