M296999 八、新型說明： 【新型所屬之技術領域】 本創作係與時間顯示有關，特別是指一種具新型顯示 態樣之時間顯示器。 5【先前技術】 、一般的腕錶大多是由一錶彀與一錶帶所組成。錶殼大 多為圓形，也有呈方形或橢圓形，其中具有指針或是以液 晶螢幕顯示數字來指示時間。錶帶可圈繞成環形，藉以佩 戴於腕部。但這種時間顯示器已無法吸引追求新鮮的消費 10 者。 【新型内容】 本創作之主要目的在於提供—種時間顯示器，其具有 不同的指示時間方式。 15 20 μ為達成前述之創作目白勺，本創作所提供之時間顯示 :圈、％成㈣’藉以繫附在物體上，包含有一可挽性 二Ϊί具有一控制器以及若干時發光體與分發光體， 有若干透光視窗，對應於該等時發 :二刀：、>體，該控制器控制特^之時發光體與分發光 體點壳，糟此讓使用者知道時間。 【實施方式】 為了洋細說明本創作之構造及特點所在，茲舉以下之 4 M296999 較佳實施例並配合圖式說明如后： 請爹閱第-圖至第四圖所示，本創作第一較佳實施例 所提供之時間顯示器1G，主要是由—可撓性電路板(flexible circuit board，FCB)12，一彈簧片14以及一可撓性外殼i6 5 所組成。 S亥可撓性電路板12具有預定之電路佈局（未顯示”其 上設置有一控制器18、二控制鍵2〇, 22、一電池24以及若 干發光體26, 28, 30, 32。該轉光體在本實施例巾為發光二 極體(light emitting diGde，LED)。部份的發光體排舰二 15 列’第-列具有12個發光體定義為時發光體％，用以頌示 ί時；第二列具有24個發光體定義為分發光體28，用以顯 不分鐘。另有二發光體30顯示上料下午以及—發光體％ 產生特定的光_效果。該電池24可提供鱗^光體電 力，該控制器财具有計時器，可控制預定的發光體點亮。 該可撓性電路板12貼附於該彈簧片14上。該彈簧片 ^在f常下會沿其短軸向圈繞呈卿，使用者可施力 :該彈簧片14扳成直條狀，此時該彈簧片14沿其長軸向 ^弧形(如第四圖所示）’藉以維持該彈簧片14、缝條 狀’但當彈簧片14受到外力後會自動回復成環形。条 該可撓性外殼16是以矽橡膠為材料，其中具有一允 34，用以容置該可撓性電路板12與該彈菩片14'於曰 ^有防水、防漏電等功能，而歸橡膠柔軟的材質可提 及=的舒誠。該可撓性外殼16是由—第—殼件％以 第—设件38所組成。該第-殼件36上具有^干透光 5 20 M296999 視窗 40 42 44 h 該等發光體:產 其中在對應於i#3± n轉透純賴看見。 有1至12的二讀光體40的透光視窗26的旁邊，具 視窗，3子=5°在對應於該等分發光體28的透光 該二發光赞如/、 10至60的數字標示。在對應於 午的啦f 光視窗44的旁邊分別有標示上午與下 有特定的圖T。。另外對應於該發光體32的透光視窗46具 10 部，言’可將本創作成直條狀的時間顯示器1G碰觸腕 HUAi 2 # 14即會自動圈繞呈環形，將該時間顯示器10 —。4，而且彈簧片14的彈力可將時間顯示器10固 二糸Γ乍的時間顯示器10在一般狀態下設定為該等發光 ^為不發光的狀態。當使用者按下馳繼20後，該控 1為18即會控制預定的發光體點*。例如：如果按下該控 H、20的日可間為上午8點3〇分，此時，對應於數字8的 :毛光體26、對應於30的分發光體28以及對應於am的 务光體32會點亮，如此，使用者即可知道時間。該等發光 體亦可騎下雜制鍵Μ後會產生預定的點亮效果， ^此在«可產生警示的作㈣是單純好玩。 一成如第五圖所示，時發光體與分發光體(未顯示）是排列成 形’而不是二直列，因此可撓性外殼16上的40, 42透 光視自也疋呈一環形。環形的時發光體與分發光體可讓使 用者產生對應於時鐘的空間相容性(compatibility)。藉此， 使用者叮依據點免發光體的位置了解當時時間，而無需仔 20 M296999 細觀看對應的數字。 請參閱第六圖所示，本創作第二實施例所提供之時間 _示器48，主要結構與第一實施例相同，具有一可撓性外 戏50以及一可撓性電路板52，惟在該可撓性外殼5〇的二 ，分別埋設有磁石54, 56,藉以取代彈簧片。該等磁石54,56 是在該可撓性外殼50成形的同時及設置於其中，該可撓性 外殼50的一端僅具有一個磁石54，另一端具有若干個磁石 S6沿可撓性外殼50的長軸向排列成一列。藉此，該磁石 4可與任一磁石56吸附在一起，以配合使用者的腕部尺 在此要提出說明的是，任何可將長條形的可撓性外殼 夂，成環形的技術，如使用鈕扣、插銷或其他相關的方法， 句是本創作可應用的範圍。 M296999 【圖式簡單說明】 第一圖為本創作第一較佳實施例之立體分解圖； 第二圖為本創作第一較佳實施例之立體圖，顯示直條 狀的時間顯不為， 5 第三圖為本創作第一較佳實施例之立體圖，顯示時間 顯示器圈繞成環形； 第四圖為沿第二圖中4-4剖線的剖視圖； 第五圖為時發光體與分發光體排列成環形之示意圖； 以及 10 第六圖為本創作第二較佳實施例之剖視圖。 【主要元件符號說明】 10時間顯示器 16可撓性外殼 24電池 30, 32發光體 38第二殼件 48時間顯示器 54, 56磁石 15M296999 VIII. New description: [New technical field] This creation is related to time display, especially a time display with a new display. 5 [Previous technology], the general wristwatch is mostly composed of a watch and a strap. The case is mostly round or square or elliptical with a pointer or a liquid crystal display to indicate time. The strap can be looped into a loop for wearing on the wrist. But this time display has been unable to attract the pursuit of fresh consumption. [New content] The main purpose of this creation is to provide a time display with different indication time modes. 15 20 μ In order to achieve the above-mentioned creative goals, the time provided by this creation shows that the circle, % into (four) 'by attaching to the object, including a levisable two ί with a controller and several illuminators and points The illuminator has a plurality of light-transmissive windows corresponding to the isochronous hair: two-knife:, > body, the controller controls the illuminant and the illuminator to point the shell, and the user is allowed to know the time. [Embodiment] In order to explain the structure and characteristics of the creation, the following 4 M296999 preferred embodiment and the following description are as follows: Please refer to the first to fourth figures, this creation The time display 1G provided by a preferred embodiment is mainly composed of a flexible circuit board (FCB) 12, a spring piece 14, and a flexible outer casing i6 5. The S-capable flexible circuit board 12 has a predetermined circuit layout (not shown) on which a controller 18, two control keys 2, 22, a battery 24, and a plurality of illuminators 26, 28, 30, 32 are disposed. The light body is a light emitting diGde (LED) in this embodiment. A part of the illuminant row of the ship's 15th column has the 12 illuminants defined as the illuminant % for indicating第二时; The second column has 24 illuminants defined as sub-illuminators 28 for minutes. Another illuminator 30 shows the loading of the afternoon and the illuminant% produces a specific light_effect. Providing the scale light power, the controller has a timer for controlling the predetermined illuminator to illuminate. The flexible circuit board 12 is attached to the spring piece 14. The spring piece ^ is often along the f The short axial winding is clear, and the user can apply force: the spring piece 14 is pulled into a straight strip shape, and the spring piece 14 is maintained along its long axis (as shown in the fourth figure). The spring piece 14 and the slit strip shape 'but when the spring piece 14 receives an external force, it will automatically return to the ring shape. The flexible outer casing 16 is The rubber is made of a material, and has a weight 34 for accommodating the flexible circuit board 12 and the elastic slab 14', and has the functions of waterproofing, leakage prevention, etc., and the rubber soft material can be mentioned. The flexible outer casing 16 is composed of a first-shell member % and a first-piece member 38. The first-shell member 36 has a dry light transmission 5 20 M296999 window 40 42 44 h : produced in the corresponding corresponding to i#3± n translucent pure Lai. There is a 1 to 12 second reading light body 40 next to the light transmission window 26, with a window, 3 sub = 5 ° in the corresponding to the aliquot The light transmission of the body 28 is marked by a number such as /, 10 to 60. There is a specific map T in the morning and below, respectively, next to the light window 44 corresponding to the afternoon. 32 light transmission window 46 has 10 parts, saying ' can be created into a straight strip of time display 1G touch wrist HUAi 2 # 14 will automatically circle around the ring, the time display 10 -. 4, and spring The elastic force of the sheet 14 can set the time display 10 to be fixed for a period of time in which the display 10 is in a normal state. When the user presses the continuation step 20, the control 1 is 18, and the predetermined illuminant point* is controlled. For example, if the control H and 20 are pressed, the day between 8 and 3 is 8:00, at this time, Corresponding to the numeral 8, the bristles 26, the sub-illuminators 28 corresponding to 30, and the illuminant 32 corresponding to am are illuminated, so that the user can know the time. After the key is pressed, a predetermined lighting effect will be produced. ^ This is a simple play in the "4" which can generate a warning. As shown in the fifth figure, the illuminant and the sub-illuminator (not shown) are arranged and formed. Rather than being inline, the 40, 42 light transmissive on the flexible outer casing 16 is also annular. The annular illuminator and the illuminator allow the user to produce spatial compatibility corresponding to the clock. In this way, the user knows the time according to the position of the point-free illuminator, and does not need to watch the corresponding number in detail. Referring to the sixth embodiment, the time display device 48 provided in the second embodiment of the present invention has the same main structure as the first embodiment, and has a flexible external game 50 and a flexible circuit board 52. In the second flexible casing 5, magnets 54, 56 are embedded, respectively, in place of the spring pieces. The magnets 54, 56 are formed and disposed therein while the flexible outer casing 50 is formed. The flexible outer casing 50 has only one magnet 54 at one end and a plurality of magnets S6 along the flexible outer casing 50 at the other end. The long axes are arranged in a row. Thereby, the magnet 4 can be adsorbed with any of the magnets 56 to fit the user's wrist. Here, any technique for smashing the elongated flexible casing into a ring shape is described. If you use buttons, latches, or other related methods, the sentence is the scope of this creation. M296999 [Simple description of the drawings] The first figure is an exploded perspective view of the first preferred embodiment of the creation; the second figure is a perspective view of the first preferred embodiment of the creation, showing that the time of the straight strip is not displayed, 5 The third figure is a perspective view of the first preferred embodiment of the present invention, showing that the time display is wound into a ring shape; the fourth figure is a cross-sectional view taken along line 4-4 in the second figure; A schematic view of the body arranged in a ring shape; and 10 is a cross-sectional view of the second preferred embodiment of the present invention. [Main component symbol description] 10 time display 16 flexible case 24 battery 30, 32 illuminator 38 second case 48 time display 54, 56 magnet 15
12可撓性電路板14彈簧片 18控制器 20, 22控制鍵 26時發光體 28分發光體 34空間 36第一殼件 4〇, 42, 44, 46透光視窗 50可撓性外殼 52可撓性電路板12 flexible circuit board 14 spring sheet 18 controller 20, 22 control button 26 illuminant 28 minute illuminator 34 space 36 first shell member 4 〇, 42, 44, 46 light transmission window 50 flexible housing 52 Flexible circuit board