M346863 八、新型說明： 【新型所屬之技術領域】 一種滑鼠構造，尤其特別係指一種具有兩層混光層對 發光光源以及外界光原進行混合之滑鼠構造。 【先前技術】 隨著電腦軟體介面的人性化發展，對電腦的操作已經 完全仰賴滑鼠的操控，滑鼠一般被用來控制在顯示裝置中 顯示的游標，每當使用者移動滑鼠時，電腦會立即接收到 來自滑鼠所發出的封包，封包中記錄有滑鼠移動的相關數 據資料，電腦便透過解析封包中的資料來獲得滑鼠移動的 數據資料來重新顯示裝置中游標的位置，而滑鼠與電腦之 間的資料傳輸就有賴特定的資料傳輸協定來實現。 滑鼠有許多種分類方式，依照滑鼠的定位原理可分為 機械式滑鼠、光學機械式滑鼠以及光學式滑鼠，當然依照 光源的不同還可⑽-步被區分為紅外線滑鼠或者是雷 射滑鼠；另一種分類方式則係依照滑鼠上所具有的按鍵來 作區刀如早期被使用在麥金塔上的單鍵滑鼠、目前普遍 常見的雙鍵滑鼠或三鍵滑鼠以及因應網際網路應用所誕 生的滾輪滑鼠；還有-觀根據賴所使⑽傳輸介面作 為區分的分類方式，包括有RS232滑I、USB滑a、irDA 滑鼠以及PS/2滑鼠。 對於上述不同的滑鼠而言，皆為針對功能性加以設計 不同類型的滑鼠，除此之外’對於滑鼠的外觀設計，現在 設計滑鼠外觀的走社要為人體碎的設計，將滑鼠的外 5 M346863 觀設計成人體工學，以避免使用者在長期使用上，因為滑 鼠外觀設計的缺失，造成不必要的傷害。 不過，對於視覺感官上的設計，卻又頗為缺乏，原因 在於要符合人體工學的設計走向，勢必在滑鼠外觀不能設 計較為複雜的外觀，較為複雜的外觀將會與人體工學的設 計相抵觸，因此，在人體工學設計下的滑鼠在視覺效果上 卻是具有相當程度的缺乏。 .另外，發光二極體（Light Emitting Diode，LED)技 術發展至今，已經被證實具有體積小、發熱量低、耗電量 少、使用哥命長以及耐震等多種優點，而被廣泛地使用在 曰常生活上各種顯示應用以及車用照明方面。 疋否可以將發光二極體結合至滑鼠的設計，以滿足人 體工學外觀設計，同時可赠過發光二鋪以達到視覺外 觀上的效果，將是本創作期望的目標。 綜上所述，可知先前技術中長期以來一直存在滑氣在 r 讀工學她設計下，導轉鼠她視覺縣不佳的問 -β、卩此有必要提出改進的技術手段，來解決此-問題。 【新型内容】 有馨於先前技術存在滑鼠在人體工學外觀設計下，導 2氣外觀視覺效果不佳的問題，本創作遂揭露一種具有 此光裝置之滑鼠構造，其中·· 本創作所揭路之具有混光裝置之滑鼠構造，其包含： -上、控制電路板、混光層以及上殼體。 其中，底座係開設有_貫穿孔；控制電路板係固設於 6 M346863 ，控制電路板之底面對應於貫穿孔設有感應器，至 ^一發光二《電性連接於控财路板之襲，透過電流 2發光二極體之光源使其具有蚊之紐長；混光層， 復盍於發光二極體顧定於控制電路板上，混光層吸收上 述至少特定之級長料生具有另—錢長之廣角光 源，上殼體包含至少-按鍵部、滾輪部以及上蓋部，上殼 體與底座互_定形翁i外觀，⑽角絲穿透上蓋 邛上盍部亚反射外界光源，使廣角光源與外界光源產生 相互交織情境之視覺效果。 、本創作所揭露之祕與方法如上，與先前技術之間的 差異在於本創作於底座上的控制電路設置至少一發光二 極體，並且控制至少一發光二極體的電流，使得至少一發 光二極體產生的特定之光波長，並域過第—混光層進^ 第-次混辆作，使得可以纽_細廣肖光源，並且 再透過上蓋部將廣角光源與外界光源進行第二次混光動 作，以產生相互交織情境之視覺效果，使得滑鼠外觀上具 有明顯的視覺效果呈現。 "" 、透過上述的技術手段，本創作可以達成滑鼠外觀設計 視覺效果提升的技術功效。 【實施方式】 以下將配合圖式及實施例來詳細說明本創作之實施 方式，藉此對本創作如何應用技術手段來解決技術問 達成技術功效的實現過程能充分理解並據以實施。 以下將說明本辦具有混光裝置之滑鼠構造之組成 7 M346863 凡件’首先請麥考「第1圖」以及「第2圖」所示，厂第 1圖」係為本創作具有混絲置之滑鼠構造之立體分解 圖’·「第2圖」係為本創作具有混域置之職構造之立 體組合圖。 一 1乍所揭硌之具有混光裝置之滑鼠構造1G ,丹匕 含.底座11、控制電路板12、混光層13以及上殼體14。M346863 VIII. New description: [New technical field] A mouse structure, especially especially a mouse structure with two layers of light mixing layer for mixing the light source and the external light source. [Prior Art] With the humanized development of the computer software interface, the operation of the computer has completely relied on the control of the mouse, and the mouse is generally used to control the cursor displayed on the display device, whenever the user moves the mouse, The computer will immediately receive the packet from the mouse. The packet contains the data related to the movement of the mouse. The computer will retrieve the data of the mouse movement by parsing the data in the packet to redisplay the position of the cursor in the device. The transfer of data between the mouse and the computer depends on a specific data transfer protocol. There are many kinds of classification methods for the mouse. According to the positioning principle of the mouse, it can be divided into mechanical mouse, optomechanical mouse and optical mouse. Of course, according to the light source, it can be divided into infrared mouse or (10)-step. It is a laser mouse; the other way is to use the buttons on the mouse to make a knife. For example, the single-button mouse that was used on the Macintosh in the early days, the commonly used two-button mouse or three-button. The mouse and the scroll mouse generated in response to the Internet application; and the view-based classification of the (10) transmission interface, including RS232 slide I, USB slide a, irDA mouse and PS/2 slide mouse. For the different mouse mentioned above, different types of mouse are designed for the function. In addition, for the design of the mouse, the design of the mouse is now designed to be broken. The outer 5 M346863 design of the mouse is designed to avoid the user's long-term use, because of the lack of design of the mouse, causing unnecessary damage. However, the visual sensory design is quite lacking. The reason is that it must conform to the ergonomic design trend. It is bound to be able to design a more complex appearance in the appearance of the mouse. The more complicated appearance will be ergonomic design. In contrast, the ergonomic design of the mouse is quite lacking in visual effects. In addition, the development of Light Emitting Diode (LED) technology has been proven to be widely used in small size, low heat generation, low power consumption, long life and shock resistance. I often live in a variety of display applications and automotive lighting.疋Whether it is possible to combine the light-emitting diodes into the design of the mouse to meet the ergonomic design, and at the same time, the light-emitting two-story can be given to achieve the visual appearance effect, which will be the desired goal of the creation. In summary, it can be seen that in the prior art, there has been a long-term existence of slippery gas in her design, and it is necessary to propose an improved technical means to solve this problem. -problem. [New content] There is a problem in the prior art that the mouse has an ergonomic design and the visual effect of the guide gas is not good. This creation reveals a mouse structure with this light device, in which... A mouse structure having a light mixing device, comprising: an upper, a control circuit board, a light mixing layer, and an upper casing. Wherein, the base system is provided with a through hole; the control circuit board is fixed at 6 M346863, and the bottom surface of the control circuit board is provided with a sensor corresponding to the through hole, and the light is connected to the control circuit board. The light source of the light-emitting diode is made to have a mosquito length; the light-mixing layer is entangled in the light-emitting diode and is disposed on the control circuit board, and the light-mixing layer absorbs at least the specific level of the material and has another - Qian Chang's wide-angle light source, the upper casing comprises at least - a button portion, a roller portion and an upper cover portion, the upper casing and the base are mutually shaped, and (10) the angle wire penetrates the upper cover and the upper portion of the upper portion reflects the external light source, so that The wide-angle light source and the external light source produce a visual effect of intertwined context. The secrets and methods disclosed in the present disclosure are as above, and the difference from the prior art is that the control circuit created on the base is provided with at least one light emitting diode, and controls the current of at least one light emitting diode, so that at least one light is emitted. The wavelength of the specific light produced by the diode is crossed by the first-mixed layer into the first-time hybrid, so that the light source can be multiplexed, and the wide-angle light source and the external light source can be second through the upper cover portion. The secondary mixed light action produces a visual effect of interlaced contexts, giving the mouse an apparent visual appearance. "" Through the above technical means, this creation can achieve the technical effect of improving the visual effect of the mouse design. [Embodiment] Hereinafter, the implementation manner of the present invention will be described in detail with reference to the drawings and the embodiments, thereby how to apply the technical means to solve the technical problem. The realization process of the technical effect can be fully understood and implemented. The following is a description of the composition of the mouse structure with the light mixing device. 7 M346863 The first part of the factory is shown in the first picture and the second picture. The first picture of the factory is based on the creation. The three-dimensional exploded view of the mouse structure is the three-dimensional combination of the structure of the mixed-domain structure. A mouse structure 1G having a light mixing device, a base 11, a control circuit board 12, a light mixing layer 13, and an upper casing 14 are disclosed.
/其中，底座11係開設有貫穿孔⑴，並且控制電路板 二：固設於底座11上，控制板12之底面121對應於 貝牙孔111 5又有感應益122，感應器122係為光學感應器 或疋滚輪式感應ϋ，光學感應器即透過光學原理以測量本 創作具有混絲置之滑鼠構造U)之位移，而滾輪式_ 器即透過物理顧以測量本創作具有混絲置之滑鼠構 造10之位移。 除此之外，請參照「第3圖」所示，「第3圖」係為 本創作混光層及控制電路板之放大立體示意圖。 至少-發光二極體is電性連接於控制電路板12之頂 面123，而發光二極體係選自紅色、綠色以及藍色發光二 極體的群組中之任意-種組合，例如：最基本的紅色、綠 色以及藍色發光三極體各-，錢紅色以及綠色發光二極 體各一等不同的組合。 透過控制電路板12可以分別控制不同的發光二極體 15的導通與否，可以使得發光二極體15可以產生明滅的 效果，献不同的發光二極體15產生亮度上的變化，使 得不同發光二減15經由不同程度的混級，即可以產 8 M346863 生一種預定產生的顏色，使發光二極體15之光源使其具 有特定之光波長。 當透過控制電路板14控制不同的發光二極體11所需 的電流強度後，即可以控制不同的發光二極體Η所產生 不同的特定之光波長，接著，混光層13會吸收不同的發 光二極體15所產生不同的特定之光波長，並且混光層13 會將所吸收不同的特定之光波長轉換產生具有另一光波 長之廣角光源16。 在混光層13内之任二種以上特定之光波長，於混光 層13内達到充分的光擴散、光轉換以及光混合，並且在 充分的光擴散、光轉換以及光混合後，透過混光層13以 產生出高均勻性、衰弱且光色怪定之廣角光源16。 ，混光層13係為非透明之導光材質所構成，在光線要 從混光層13内部射向混光層13外部，或是光線要從混光 層13外#射向混光層13内部時，由於，混光層υ為非 透^材質的特性，使其光線穿射於混光層13時，非透明 =貝會吸㈣分的光線能量，但不會完全吸收光線能量， ‘致產生光魏量的衰減，因此，穿概光層13的光線 會產生出衰弱的光源。 。、混光層13除了為非透明之導光材質所構成，其外觀 可為半球狀殼體、矩形形狀殼體或是不規卿狀殼體，在 此僅為舉例，不以此舰本創作的應用，並且可以在混光 層^内翏雜有若干介質，例如··金屬微顆粒、氣泡、螢 光粉末或是不同密度之導光材質，使其更可以將光線均勻 M346863 的舍政於混光層13射出方向，使混光層13可以產生出高 均勻性的光源。 並且混光層13係為覆蓋於控制電路板12之上，同時 控制電路板12上的發光二極體15所產生的光源射向混光 層13 ’由於發光二極體15所產生的為廣角度的光源，因 此，混光層13所產生出的亦為廣角度的光源，混光層13 所產生的即為廣角光源16。The base 11 is provided with a through hole (1), and the control circuit board 2 is fixed on the base 11. The bottom surface 121 of the control board 12 corresponds to the shell hole 111 5 and has an induction benefit 122. The sensor 122 is optical. The sensor or the roller type sensor ϋ, the optical sensor is used to measure the displacement of the mouse structure U) with the hybrid wire through the optical principle, and the roller type _ is the physical measurement to measure the creation. The displacement of the mouse structure 10 is 10. In addition, please refer to "Fig. 3", which is an enlarged perspective view of the creative light mixing layer and the control circuit board. At least the light-emitting diode is electrically connected to the top surface 123 of the control circuit board 12, and the light-emitting diode system is selected from any one of a group of red, green and blue light-emitting diodes, for example: The basic red, green, and blue light-emitting diodes each have a different combination of red and green light-emitting diodes. The control circuit board 12 can respectively control whether the different LEDs 15 are turned on or off, so that the LEDs 15 can be extinguished, and the different LEDs 15 can be changed in brightness to make different illuminations. By subtracting 15 from different degrees of mixing, it is possible to produce 8 M346863 to produce a predetermined color, so that the light source of the light-emitting diode 15 has a specific wavelength of light. When the current intensity required by the different LEDs 11 is controlled by the control circuit board 14, the different specific wavelengths of light generated by the different LEDs can be controlled. Then, the light mixing layer 13 absorbs different wavelengths. The light-emitting diodes 15 produce different specific light wavelengths, and the light-mixing layer 13 converts the different specific wavelengths of light absorbed to produce a wide-angle light source 16 having another light wavelength. At least two specific wavelengths of light in the light-mixing layer 13 achieve sufficient light diffusion, light conversion, and light mixing in the light-mixing layer 13, and after sufficient light diffusion, light conversion, and light mixing, The light layer 13 produces a wide-angle light source 16 that is highly uniform, weak, and faint. The light-mixing layer 13 is formed of a non-transparent light guiding material, and the light is emitted from the inside of the light-mixing layer 13 to the outside of the light-mixing layer 13, or the light is emitted from the light-mixing layer 13 to the light-mixing layer 13 Internally, because the light-mixing layer is a non-transparent material, when the light passes through the light-mixing layer 13, the non-transparent = shell will absorb the energy of the light (four), but will not completely absorb the light energy, ' This causes an attenuation of the amount of light, so that the light that passes through the light-receiving layer 13 produces a weak source. . The light-mixing layer 13 is composed of a non-transparent light guiding material, and the appearance thereof may be a hemispherical shell, a rectangular shell or an irregular shell, which is merely an example, and is not created by the ship. Application, and can be mixed in the light-mixing layer ^, such as metal microparticles, bubbles, fluorescent powder or light-guide materials of different densities, so that the light can be evenly distributed. The light-mixing layer 13 emits a light direction, so that the light-mixing layer 13 can generate a light source of high uniformity. And the light mixing layer 13 is overlaid on the control circuit board 12, and the light source generated by the light-emitting diode 15 on the control circuit board 12 is directed toward the light-mixing layer 13' due to the light-emitting diode 15 The light source of the angle is therefore a wide-angle light source generated by the light-mixing layer 13, and the wide-angle light source 16 is generated by the light-mixing layer 13.
口此卷光—極體15透過混光層13經由上述的特性 可以產生出n均勻性、衰弱且光色恆定之廣肖光源Μ。 接著，請參考「第！圖」以及「第4圖」所示，「第4 圖」係為本創作混光層、上殼體及控制電路板之放大立體 示意圖。 …不，係以半球狀殼體代表示意上殼體 失4，料以此舰本_，上殼體M的實際外觀示意請 、:=弟1圖」所示，上殼體14包含至少一按鍵部⑷、 二心P142以及上蓋部143，上殼體14與底座^互相固 =成滑鼠外觀，-般而言，滑鼠結構1()會具有二健 复^_1411亚且滾輪部142中放置有滾輪（圖中未綠示）， /、、、且合外觀請參考「第2圖」所示。 =光们3職生出的高羽性、衰社光色怪定 夕 =光源16酬上蓋㈣，並且上蓋部⑷可反射 =光源Π，使得廣肖賴10與輕麵n產生相互交 、、哉情境之視覺效果。 由於上蓋部】43係為非透明之導光材質所構成，基於 M346863 上蓋部143為非透明材質的特性，使其光線穿透於上蓋部 143時，非透明材質會吸收部分的光線能量，但不會完全 吸收光線能量’使得光線可以上蓋部14：3。 並且上蓋部143係為覆蓋於混光層13之上，同時混 光層13所產生的廣角光源16射向上蓋部143，則可以穿 透上蓋部143，並且與外界光源17進行混光動作。 接著，透過鑛膜技術或賤鑛技術，可以在上蓋部 外表面形成一層的反射膜，在此以鍍膜技術或濺鍍技術作 為舉例說明，並且鍍膜技術或濺鍍技術係為先前技術的範 疇，並非本創作的重點，在此不再贅述，而任何可以於上 蓋部143表面形成一層的反射膜的技術，皆可以包含在本 創作的保護範圍内。 由於透過鐘膜技術或濺鍍技術，可以在上蓋部143外 表面形成一層的反射膜18，反射膜18的外部可以將外界 光源17進行反射，而反射膜18的内部可以將混光層13 所產生的廣角光源16穿透而出，使得廣角光源16與外界 光源17產生相互交織情境之視覺效果。 上蓋部143除了為非透明之導光材質所構成，並且可 以在上盍部143内參雜有若干介質，例如：金屬微顆粒、 氣泡、螢光粉末或是不同密度之導光材質，使其更可以將 光線均勻的發散於上蓋部；[43射出方向，使上蓋部m3可 以產生出高均勻性的光源。 除了上蓋部143可以做為廣角光源ι6與外界光源17 產生相互交織情境之視覺效果之外，按鍵部141以及滚輪 11 M346863 #142也可以做為廣角光源16與外界光源17產生相互交 、、哉Μ竟之視覺效果之外之部分，其原理以及構造及内部參 雜之介質，射參社蓋部⑷_得知，在料再贅述。 另外，對於上述之控制電路板12固設於底座u上， 以及上殼體14與底座U互相固定形成滑鼠外觀，上述兩 者之固疋方式可以透過螺合方式固定、卡合方式固定或是 扣合方式固定’在此僅為舉例，不以此絲本創作之應 用，任何現有固定方式應包含於本創作之内。 接著，透過控制電路板12將不同的發光二極體15的 通過電流㈣為定值，或是隨時聰化改魏過不同的發 光-極體15的通過電流，會使得發光二極體15會產生出 特疋之光波長’或是隨時間改變的特定之光波長。 接著’於混光層13内將不同的發光二極體15所產生 f的各個蚊之光波長達戦分的光擴散、光轉換以及光 /心a並且在充分的光擴散、光轉換以及光混合後，透過 混光層13喊生㈣均自性、賴且光色蚊之廣角光 源 16 〇 ’、 或是，於混光層13内將隨時間變化的至少一發光二 極體15舰生线各购定之級長制充⑽光擴 散、，光轉換以及光混合，並且在充分的光概、光轉換以 及光混合後，透過絲層13喊生出__化的高均 勻性'衰弱且光色恆定之廣角光源16。 接著’於混光層13所產生出的高均勻性、衰弱且光 色恒定之廣角光源16可穿透上蓋部143、按鍵部142或 12 M346863 142或滚輪部143 與外界光源17產 滾輪部143，並且上蓋部143、按鍵部 可反射外界光源17，使得廣絲源16 生相互交織情境之視覺效果。The volume of the light-emitting body 15 through the light-mixing layer 13 can produce a wide-angle source Μ with n uniformity, weakness, and constant color of light through the above characteristics. Next, please refer to "第!图" and "图4", and "4th drawing" is an enlarged perspective view of the creative light mixing layer, the upper casing and the control circuit board. ... no, the hemispherical shell represents the upper casing missing 4, and the actual appearance of the upper casing M is shown in the figure _, the upper casing 14 includes at least one The button portion (4), the two-hearted P142, and the upper cover portion 143, the upper casing 14 and the base ^ are mutually fixed = a mouse appearance, and generally, the mouse structure 1 () has a two-factor and a roller portion 142 The wheel is placed in the middle (not shown in the figure), and the appearance of /, , and the combination is shown in Figure 2. = The high feathers of the 3rd grades, the fading light of the 3rd grades = the light source 16 (4), and the upper cover (4) can reflect = the light source, so that the Guangxiao Lai 10 and the light surface n are intertwined, and the situation is The visual effect. Since the upper cover portion 43 is made of a non-transparent light guide material, the upper cover portion 143 of the M346863 is a non-transparent material, and when the light penetrates the upper cover portion 143, the non-transparent material absorbs part of the light energy, but It does not completely absorb the light energy' so that the light can be applied to the cover 14:3. Further, the upper cover portion 143 is overlaid on the light-mixing layer 13, and the wide-angle light source 16 generated by the light-mixing layer 13 is incident on the upper cover portion 143, so that the upper cover portion 143 can be penetrated and the external light source 17 can be mixed. Then, through the mineral film technology or the antimony ore technology, a reflective film can be formed on the outer surface of the upper cover portion, where the coating technology or the sputtering technique is exemplified, and the coating technology or the sputtering technology is a prior art category. It is not the focus of this creation, and will not be described again here, and any technique that can form a reflective film on the surface of the upper cover portion 143 can be included in the scope of protection of the present invention. A reflective film 18 can be formed on the outer surface of the upper cover portion 143 by the bell film technology or the sputtering technique. The external light source 17 can be reflected outside the reflective film 18, and the light mixing layer 13 can be disposed inside the reflective film 18. The resulting wide-angle light source 16 penetrates out such that the wide-angle light source 16 and the ambient light source 17 produce a visual effect of interwoven context. The upper cover portion 143 is made of a non-transparent light guide material, and may be mixed with a plurality of media, such as metal particles, bubbles, fluorescent powder or light guide materials of different densities, in the upper jaw portion 143. Further, the light can be uniformly dispersed in the upper cover portion; [43] the exit direction allows the upper cover portion m3 to generate a light source having high uniformity. In addition to the upper cover portion 143, which can be used as a visual effect of the interlaced environment between the wide-angle light source ι6 and the external light source 17, the button portion 141 and the roller 11 M346863 #142 can also be used as the wide-angle light source 16 and the external light source 17 to intersect each other. The part of the visual effect other than the visual effect, the structure and the medium of the internal mixing, the ginseng cover department (4) _ know, in the material will be described again. In addition, the above-mentioned control circuit board 12 is fixed on the base u, and the upper casing 14 and the base U are fixed to each other to form a mouse appearance, and the solidification manner of the two can be fixed by screwing, fixed by snapping or It is a fixed way of fastening. 'This is only an example. If it is not used for this creation, any existing fixing method should be included in this creation. Then, the passing current (four) of the different light-emitting diodes 15 is set to a constant value through the control circuit board 12, or the passing current of the different light-emitting body 15 is changed at any time, so that the light-emitting diode 15 will be Produce a characteristic wavelength of light' or a specific wavelength of light that changes with time. Then, in the light-mixing layer 13, the light wavelengths of the respective mosquitoes generated by the different light-emitting diodes 15 are divided into light diffusion, light conversion, and light/heart a and in sufficient light diffusion, light conversion, and light. After mixing, the wide-angle light source 16 均 ', which is self-contained, and the light-colored mosquitoes, is oscillated through the light-mixing layer 13 or at least one light-emitting diode 15 that changes with time in the light-mixing layer 13 Each line of the purchased line is filled with light (10) light diffusion, light conversion, and light mixing, and after sufficient light, light conversion, and light mixing, the high uniformity of the __ is reduced through the silk layer 13 A constant wide-angle light source 16. Then, the wide-angle light source 16 generated by the light-mixing layer 13 with high uniformity, weakness, and constant color can penetrate the upper cover portion 143, the button portion 142 or 12 M346863 142, or the roller portion 143 and the external light source 17 to produce the roller portion 143. And the upper cover portion 143 and the button portion can reflect the external light source 17, so that the wide wire source 16 has a visual effect of interlacing the context.
姓、ί疋於混光層13所產生出隨時間變化的高均勻 r鍵3且光色恒定之廣角絲16可穿透上蓋部143、 ^二滾輪部143，並且上蓋部143、按鍵部M2 143可反射外界絲16，使得__化的廣 2=16與外界賴17敍隨日鋼變化_互交織情境 因此，可以透過控制電路板12控制每一個發光二極 體=的電流’使其發料―特定之光时，或是發出隨 :守間受化㈣定之光波長，並且透過混姑13以及上蓋 P、3按鍵^42或滾輪部143，可以展現出單一廣角 光源16與外界光源17產生相互交織情境之單—視覺效 果’或疋展ί見出隨時間變化的廣角光源16與外界光源U 產生隨時間變化_互賴情境之乡種視覺效果。 综上所述，可知本創作與先前技術之間的差異在於具 有本創作於底座上的控制電路設置至少—發光二極體，並 且控制至少-發光二極_電流，使得至少—發光二極體 產生的特定之光波長，並且透過第一混光層進行第一次混 轴作，使得可以產生出均勻的廣角光源，並且再透過上 蓋部將廣角光源與外界光源進行第二次混絲作，以產生 相互交織情境之視覺效果’使騎鼠外觀上具有明顯的視 覺效果呈現。 13 M346863 藉由此-技術手段可以滑鼠在人體工學外觀設計 下’導致滑鼠外触覺效料佳絲解決先前技術所存在 的問題，進而達成滑鼠外觀設計視覺效果提升的技術功 效。 雖然本創作所揭露之實施方式如上，惟所述之内容並 非用以直接限定本創作之專利保護範圍。任何本創作所屬 技術領域中具有通常知識者，在不脫離本創作所揭露之精 神和範圍的前提下，可以在實施的形式上及細節上作些許 之更動。本創作之專利保護範圍，仍須以所附之申請專利 範圍所界定者為準。 【圖式簡單說明】 第1圖為本創作具有混光裝置之滑鼠構造之立體分解 圖。 第2圖為本創作具有混光裝置之滑鼠構造之立體組合 圖。 第3圖為本創作混光層及控制電路板之放大立體示意 圖。 第4圖為本創作混光層、上殼體及控制電路板之放大 立體示意圖。 【主要元件符號說明】 10 滑鼠構造 11 底座 111 貫穿孔 12 控制電路板 14 M346863 121 底面 122 感應器 123 頂面 13 混光層 14 上殼體 141 按鍵部 142 滾輪部 143 上蓋部 15 發光二極體 16 廣角光源 17 外界光源 18 反射膜 15The wide-angle wire 16 which is generated by the light-mixing layer 13 and which has a high uniform r-key 3 which changes with time and whose light color is constant can penetrate the upper cover portion 143, the second roller portion 143, and the upper cover portion 143 and the button portion M2 143 can reflect the external wire 16, so that the wide 2=16 of the __ is changed from the outside world to the external steel _ interlaced situation, therefore, the current of each of the light-emitting diodes can be controlled through the control circuit board 12 When a specific light is emitted, or a wavelength of light that is determined by the stipulation (4), and through the gull 13 and the upper cover P, 3 button ^ 42 or the roller portion 143, a single wide-angle light source 16 and an external light source can be exhibited. 17 Producing a single-interlaced situation--visual effect' or a glimpse of the wide-angle light source 16 and the external light source U that change with time produce a visual effect of the rural landscape. In summary, it can be seen that the difference between the present creation and the prior art is that the control circuit created on the base has at least a light-emitting diode and controls at least the light-emitting diode current so that at least the light-emitting diode Generating a specific wavelength of light, and performing a first mixing operation through the first light mixing layer, so that a uniform wide-angle light source can be generated, and the wide-angle light source and the external light source are mixed for a second time through the upper cover portion. In order to produce a visual effect of intertwined contexts, the appearance of the raccoon has a distinct visual effect. 13 M346863 By this technology, the mouse can be ergonomically designed to cause the external haptic effect of the mouse to solve the problems of the prior art, thereby achieving the technical effect of improving the visual effect of the mouse design. Although the embodiments disclosed in the present disclosure are as above, the above description is not intended to directly limit the scope of patent protection of the present invention. Anyone having ordinary knowledge in the technical field of this creation may make some changes in the form and details of the implementation without departing from the spirit and scope disclosed in the creation. The scope of patent protection of this creation must be determined by the scope of the attached patent application. [Simple description of the drawing] Fig. 1 is an exploded perspective view of the structure of the mouse having the light mixing device. Fig. 2 is a three-dimensional combination diagram of a mouse structure with a light mixing device. Figure 3 is an enlarged perspective view of the creative light mixing layer and the control circuit board. Figure 4 is an enlarged perspective view of the creative light mixing layer, the upper casing and the control circuit board. [Main component symbol description] 10 Mouse structure 11 Base 111 Through hole 12 Control circuit board 14 M346863 121 Bottom surface 122 Sensor 123 Top surface 13 Light mixing layer 14 Upper housing 141 Button portion 142 Roller portion 143 Upper cover portion 15 Light-emitting diode Body 16 wide-angle light source 17 external light source 18 reflective film 15