M261966 八、新型說明： 【新型所屬之技術領域】 本創作係為—種有關於可攜式資訊處理裝置，_是-種具 有變色外殼之可攜式資訊處理裝置。 【先前技術】 隨著資訊時代的來臨，f訊處理裝置已f遍被大眾使用，而 可攜式資訊處理裝置(例，筆記型電腦等等）由於其體積小、攜帶 方便、功歧桌上型電腦*相上下等等優點，近縣也受到使用 者青睞。 當消費者在購買產品時，除了考慮其功能需求、價錢、實用 ! 生等等’科觀視覺較常常也是消費者列人購買的考量因素之 一’在目前可攜式資訊處縣置的外觀設計上，大部分為了提昇 其質感’會採用金屬合金(例，銘鎂合金等）的外殼，一方面除了 強化外殼的結構，另-方面也為了吸引消費者講買其產品，而金 屬外殼的顏色大多為黑色或銀色，雖然提昇其產品的質感，但卻 也使其外觀顏色受限制而不具變化性。 在行動通贿置巾⑽’手機），有些設計使其具有更換外殼 的功能’由於手機外殼的構造簡單，使用者可隨時自行更換不同 外觀顏色的手機外殼，如此，不必購買新手機也可享有其產生的 新鮮感，除了增加產品外觀視覺的多元性，相對於時下一般喜歡 新鮮感的料者’也提供消費者多元性選擇，但在可攜式資訊處 理裝置，由於其殼顏祕手機_許乡，*絲_者自行拆 M261966 卸更換其外㈣設計，，如何簡易麵可攜式資訊處理 的外觀顏色’藉以提昇產品外觀視覺多元性，成為研究人員待= 決問題之^。 【新型内容】 -種======冗本創作料 色，以提昇產品外觀視覺多元性。 u残文化顏 卢採奘番為？目的’本創作所提之具變色外殼之可攜式資訊 處里裝置，包έ有下列模組：主機殼體及變色模組。 、 μ體一無色透明強化塑質材料所製成，具有-上 ΐίϋίί0日板，於上、下殼體中分別具有夾層空間，而 夾層空間足以設置變色模組於其中。 ㊆二分m於主概體的夹層m巾，係為一電致 支2 /又據一電壓準位訊號，產生對應電壓準位訊號之顏色。 本創作所提之具變色外殼之可攜式*訊處理裝置中， 莫組，與變色模組連接，用以發出—控制訊號，產生 、、心之電1準位號’並輸人至變色模組中，使變色模組產生對 應的顏色，藉以控制可攜式資訊處理裝置之外觀顏色。 〜其中’控色模組更包含有馳單元與溫度⑽單元，觸控單 元:又^於该主機殼體之一側邊，接收外力之按壓，產生一電壓準 位，號並輸）至變色模組，以改變變色模組的外觀顏色，包含有 一聖，^測几件(Piezoelectric Sens〇r)所組成；溫度感測單元，設置 於主機殼體之-側邊，用喊測外界溫度值，依據細之溫度值， 生對應溫度值之電壓準位訊號並輸入至變色模組，以改變變色 板組1外觀顏色，包含有一熱敏電阻所組成；系統隨機變色單元， 用以共一k機(Rand〇m)參數運算，以隨機方式產生控制訊號， M261966 藉以使變色模組以隨機方式變化其外觀顏色。 =^中加入一層變色ί:攜％J 口理 生夕種顏色變化的效果，藉以提昇產品外觀視覺多、卜硯產 施例詳細說 明如=本_麵峨，s咖轉最佳實。 【實施方式】 請參照「第1圖」，係為本創作之剖面示意圖，其中，主機殼 體10，係為-無色透明強化塑質材料所製成，具有一上殼體1〇1 與-下殼體1〇2結合形成之容置空間’其容置空間用以容置可攜# 式資訊處理裝置之主機板50及液晶板.在上殼體⑼與下殼=. 脱中分別具有夾層空間1〇11與夾層空間聰，而爽層空間腿 與夾層空間1011足以設置變色模組2〇於其中。 + 4參照「第2圖」，係為本創作之系統方塊圖，包含有：變色 模組20、控色模組30及選擇模組40。 變色模組20，設置於夾層空間中，係為一電致變色材質，依 據-電壓準位訊號，產生對應電屢準位訊號之顏色。 · 控色模組30，與變色模組20連接，用以發送一控制訊號，控 制輸入至社模組2〇巾的電壓準位訊號，贿變色模組2G產生 對應的顏色，藉以控制變色模組2〇的外觀顏色。 /而控色模組30更包含有觸控單元3〇卜溫度感測單元如2與 系統隨機變色單元303 ’其中觸控單元3(Π，設置於主機殼體1〇 中的-側邊上’接收外力之按壓，以產生控制訊號，包含有一壓 7 M261966 電感測元件(Piezoelectric Sensor)所組成。 溫度感測單元302，設置於主機殼體1〇中的一側邊上，用以 感測外界溫度值，依據感測之溫度值，產生對應溫度值之控制訊 號，包含有一熱敏電阻(Thermistor)所組成。 糸統隨機變色單元303 ’用以提供一隨機(Ran(j〇m)參數運算， 以隨機方式產生控制訊號，藉以使變色模組2〇以隨機方式變化其 外觀顏色。 選擇模組40，其一端與變色模組20連接，其另一端分別與觸 控單元301、溫度感測單元302及系統隨機變色單元3〇3連接，用 以選擇輸入變色模組20的電壓準位訊號，藉以選擇變色模式為觸 控變色模式、溫度感測變色模式或隨機變色模式，其中選擇模組 40可由一切換開關所組成。 接下來’請參照「第3圖」，係為本創作所提之電致變色材質 構造示意圖，其電致變色材質構造為複數個排列整齊的微形容器 2〇1所組成’其微形容器201的底部為白色基底層2〇5，白色基底 層205上設置有透明電極層2〇4,透明電極層2〇4上設置有隔水層 加’在微形容器训代有油性顏料2〇2，在最上層部分鋪财 -水層206,使油性顏料2〇2在微形容器2〇1的底部與水層挪之 間，形成扁平的薄膜’當在透明電極層撕與水層2G6間施加電 壓時’其接_賴力會產生變化，·_會變形縮小且被水 層206讎到-旁，使微形容器加露出的白色基底物以反 射先線，而產生較淡的外觀顏色，另外，利用將多種顏色的油性 M261966 顏料分別填入於微形容器201中，並輸入不同的電壓準位訊號至 微型容器201的透明電極層204,即可產生變色或圖形的外觀效 果，且其轉換顏色所需電壓非常低，耗電量小，可使用可攜式資 訊處理裝置的電池提供其轉換顏色所需的電源。 藉由這種具變色外殼之可攜式資訊處理裝置，利用設置於透 明主機设體巾的變色薄膜，依據不同電壓準位訊號以變換對應的 外觀顏色類形，可以讓使用者_隨地變換可攜•訊處理裝 置的外觀顯示態樣，藉以提昇產品外觀視覺多元性。 以上所述者’僅為本創作其中的較佳實施例而已，並非用來 限疋本創作的實絲圍；即凡依本創料請專職圍所作的均 變化與修飾，皆為本創作專利範圍所涵蓋。 二 【圖式簡單說明】 第1圖係為本創作所提之剖面示意圖； 第2圖係為本麟所提之系統方塊圖；及 第3圖係為本創作所提之電致變色材質之構造示意圖。 【主要元件符號說明】 10 主機殼體 101 上殼體 1011夾層空間 102 下殼體 1021夾層空間 20 變色模組 微形容器 油性顏料 隔水層 透明電極層 白色基底層 水層 控色模組 觸控單元 溫度感測單元 系統隨機變色單元 選擇模組 主機板 液晶板 10M261966 VIII. Description of the new type: [Technical field to which the new type belongs] This creation is a type of portable information processing device, _Yes- a type of portable information processing device with a color-changing casing. [Previous technology] With the advent of the information age, f information processing devices have been used by the general public, while portable information processing devices (eg, notebook computers, etc.) are small, convenient to carry, and work on desktops. Model computers * have similar advantages, etc., and are also popular among users. When consumers buy products, in addition to considering their functional needs, price, and practicality! Health, etc. 'Scientific vision is often one of the considerations of consumers' purchases' appearance in the current portable information office In design, most of them will use metal alloy (such as Ming magnesium alloy) to improve its texture. On the one hand, in addition to strengthening the structure of the shell, the other is to attract consumers to buy its products. Most of the colors are black or silver. Although it enhances the texture of its products, it also limits its appearance and color without change. In the mobile communication bribes (mobile phones), some designs have the function of changing the shell. Because the structure of the mobile phone shell is simple, users can replace the mobile phone shells of different appearance colors at any time. In this way, you can enjoy without having to buy a new mobile phone. The freshness it produces, in addition to increasing the visual diversity of the product ’s appearance, compared with those who generally like freshness nowadays, it also provides consumers with a variety of choices, but in portable information processing devices, due to its shell and secret phone _Xu Xiang, * Silk_ removes M261966 and replaces its outer casing design. How to easily apply the appearance color of portable information processing to improve the visual diversity of the product ’s appearance has become a problem for researchers. [New content]-A variety of ====== redundant creative materials to enhance the visual diversity of the product appearance. What is the meaning of the residual culture? Purpose ’The portable information device with a color-changing case mentioned in this creation contains the following modules: the main body case and the color-changing module. It is made of a colorless and transparent reinforced plastic material. It has an upper plate and an upper plate and a lower plate, each of which has an interlayer space, and the interlayer space is sufficient to set a color changing module therein. (2) The two-layer m-striped m-stripes on the main body are an electric branch 2 and a voltage level signal to generate a color corresponding to the voltage level signal. In the portable * signal processing device with a color-changing casing mentioned in this creation, the Mo group is connected to the color-changing module to send out-control signals, generate, and level 1 of the heart electricity and input it to the color. In the module, the color changing module generates corresponding colors to control the appearance color of the portable information processing device. ~ Among them, the color control module further includes a chi unit and a temperature unit, and a touch unit: ^ is also located on one side of the host housing, receives the pressure of an external force, generates a voltage level, and outputs the number) to Color-changing module to change the appearance color of the color-changing module, consisting of a piezoelectric sensor (Piezoelectric Sensor); a temperature sensing unit, which is located on the side of the main body of the host, and measures the outside by shouting The temperature value, according to the fine temperature value, generates a voltage level signal corresponding to the temperature value and inputs it to the color changing module to change the appearance color of the color changing plate group 1, including a thermistor; the system random color changing unit is used to share A k-machine (Random) parameter calculation generates a control signal in a random manner. M261966 allows the color changing module to change its appearance color in a random manner. Add a layer of color change to ^: bring the effect of color change of% J to improve the appearance of the product and improve the visual appearance of the product. The detailed description of the example is as follows: this is the best. [Embodiment] Please refer to "Figure 1", which is a schematic cross-sectional view of this creation. Among them, the host casing 10 is made of colorless transparent reinforced plastic material, and has an upper casing 101 and -Combined accommodating space formed by the lower casing 10 ', the accommodating space is used for accommodating the main board 50 and the liquid crystal panel of the portable # -type information processing device. The upper casing 下 and the lower casing =. It has a mezzanine space 1011 and a mezzanine space, and a cool space leg and a mezzanine space 1011 are sufficient to set a color changing module 20 therein. + 4 Refer to "Figure 2", which is a system block diagram of this creation, including: color changing module 20, color control module 30, and selection module 40. The color changing module 20 is disposed in the mezzanine space and is an electrochromic material. According to the voltage level signal, a color corresponding to the electrical level signal is generated. · The color control module 30 is connected to the color change module 20 and is used to send a control signal to control the voltage level signal input to the social module 20 towel. The color change module 2G generates the corresponding color to control the color change module Appearance color of group 20. / And the color control module 30 further includes a touch unit 30, a temperature sensing unit such as 2 and a random color changing unit 303 of the system, wherein the touch unit 3 (Π is provided in the side of the host casing 10-side The upper press receives external pressure to generate a control signal, and includes a pressure 7 M261966 inductive sensing element (Piezoelectric Sensor). The temperature sensing unit 302 is disposed on one side of the main body casing 10 for Sensing the external temperature value, and generating a control signal corresponding to the temperature value according to the sensed temperature value, including a thermistor. The system random color changing unit 303 'is used to provide a random (Ran (j〇m ) Parameter calculation to generate a control signal in a random manner, so that the color changing module 20 changes its appearance color in a random manner. The selection module 40 has one end connected to the color changing module 20 and the other end thereof to the touch unit 301, The temperature sensing unit 302 and the system random color changing unit 30 are connected to select a voltage level signal input to the color changing module 20, thereby selecting the color changing mode as a touch color changing mode, a temperature sensing color changing mode, or a random color changing mode. The selection module 40 can be composed of a switch. Next, please refer to "Figure 3", which is a schematic diagram of the structure of the electrochromic material mentioned in this creation. The electrochromic material structure is arranged in a plurality of rows. The micro-shaped container 201 is composed of a micro-shaped container 201 at the bottom of which is a white base layer 205. A transparent base layer 205 is provided on the white base layer 205, and a water barrier is provided on the transparent base layer 204. Add layer by layer to replace the oily pigment 002 in the micro-shaped container, and spread the wealth-water layer 206 on the uppermost part, so that the oil-based pigment 002 is formed between the bottom of the micro-shaped container 201 and the water layer. The flat film 'when a voltage is applied between the transparent electrode layer and the water layer 2G6', its contact force will change, and it will deform and shrink, and will be pushed to the side by the water layer 206, which will expose the micro-shaped container. The white substrate is reflected in advance to produce a lighter appearance color. In addition, oily M261966 pigments of various colors are used to fill the micro-container 201, and different voltage level signals are input to the transparent of the micro-container 201. Electrode layer 204, which can produce discoloration or graphics Observe the effect, and the voltage required for color conversion is very low, and the power consumption is small. The battery of the portable information processing device can be used to provide the power required for color conversion. With this kind of portable information processing with color-changing casing The device uses a color-changing film set on a transparent host and a body towel to change the corresponding appearance color type according to different voltage level signals, which allows users to change the appearance of the appearance of the portable signal processing device, thereby improving The visual appearance of the product is diverse. The above-mentioned ones are only the preferred embodiments of this creation, and are not intended to limit the real silk circumference of this creation; that is, all changes and modifications made by the professional circle according to this creation , Are covered by the scope of this creation patent. 2 [Schematic description] Figure 1 is a schematic cross-section diagram of the creation; Figure 2 is a block diagram of the system proposed by Lin; and Figure 3 is a diagram of the electrochromic material mentioned in the creation. Structure diagram. [Description of main component symbols] 10 Main body casing 101 Upper casing 1011 Mezzanine space 102 Lower casing 1021 Mezzanine space 20 Color changing module Micro-shaped container Oily pigment water barrier Transparent electrode layer White base layer Water layer Color control module Control unit temperature sensing unit system random color changing unit selection module motherboard LCD panel 10