1289990 九、發明說明： 【發明所屬之技術領域】 本發明提供-㈣子裝置，尤指—财清除本身髒污 裝置以及其相關方法。 【先前技術】 電子事務裝置，譬如掃描器，影印機，多功能事務機等等， 籲都可以提供文書掃描或是影印的功能，無疑地為文書處理工作提 供了一個便利的解決之道。 在此請參閱第1圖，第1圖為—習知掃摇器⑽的示意圖。 1 第1嶋.請包含有—透日竭UG，-光源模組 以及上蓋130’如業界所習知，透明玻璃⑽係為一可透 ^板’並朗轉餅掃描的物紙件)；錢職㈣q係用來 掃描㈣絲，並賴來以可移動方翁描該物件；至於上 用來遮蔽掃描操作時，由光源模組120所發出的強光； 口此’知描器_便能正確動作，以掃描該物件。 =’當掃描器幽使用了—段時間之後，透明玻璃⑽上 戈是累積一些髒污，很明顯地，如果這些辦污的 二二…住待知描物件的一部份’也因此直接影響了掃 且3 7口°貝’ 一般來說’使用者必須講買去除辨污的器 / 織布，或是其他的清潔用品，來去除這麟污；這樣 1289990 的清潔方式’由於其不但了使財的金錢成本，也連帶耗費 了使用者的_，因此並不是-個經濟的方式。 【發明内容】 因此本發明之主要目的之—在於提供—種可清除本身癖污的 電子裝置以及其侧方法’以解決f知技術巾的問題。 根據本發明之申請專利露—種可清除本身辦污之 電子裝置’該電子裝置包含有：—光職組，絲以移動方式發 光；-可透光板，絲透光；以及―細驗層，魏塗佈於該 可透光板上’用來接收該光源模組所發出的光，以觸發光觸媒 反應。 根據本發明之申請專聰圍，另揭露—種絲電子裝置上特 定物質之方法，該電子裝置包含有—光源模組，—可透光板，以 ♦及-光觸媒塗層，其係塗佈於該可透光板上，用來接收該光源所 發出的光，_發細狀應，財法包含有：決賴可透光板 上需進行光觸媒反應之-位置；以及機該光賴組至需進行光 觸媒反應之位置。 本發明的電子錢可財除自身的断，耻在執行掃描或 =影印功能的軸，不相為赌㈣_掃描或是影印的品 質；使用者無須另外購買去除辦污的擦拭布或是清洗裝置，連帶 ⑧ 6 1289990 地為使用者節省成本並且為使用者帶來便利。 【實施方式】 然而，由於一般的髒污或是污染源大多以碳水化合物為主， 而如業界所習知，細媒反應係可破壞有機物分子_結，因此 可以達成去除污染物質的目的，因此在以下的揭露之中，本發明 係利用光觸媒反應，以去除髒污，連帶地增進掃描的品質。 # 一般來說，光觸媒反應首先必須先將具有一定能量的光照射 至觸媒，使觸媒表面的電子吸收足夠能量而脫離，而在電子脫離 的位置形成帶正電的電洞，電洞會將附近水分子游離出的氳氧基 (OH)氧化(即奪取氫氧基的電子），使其成為活性大的氫氧自由 基，由於氫氧自由基一但遇到有機物質，便會將電子奪回，如此， 有機物分子會因為鍵結的潰散而分崩離析，由於一般的污染源大 多是有機物分子，因此光觸媒反應可以達到除污以及滅菌的目 • 標，換句話說，便可以達成濾除廢氣的目的。由上觀之，為了觸 發細媒反應，掃描器1〇〇也必紐一些相應的處理，以利細 媒反應的進行。 由於一般光觸媒反應所採用的觸媒係為二氧化鈦，而必須要 使二氧化鈦的電子由價帶(valence band)躍遷至導帶(c〇nducti〇n band)，外來的光源必須提供電子足夠的能量，一般來說，此外來 光源的波長大致要對應38〇nm，大致對應紫外光波段；換句話 7 1289990 兒於本實施例巾备、外光較佳地為觸發光觸媒反應所需的光源。 一 口此在此明先參閱第2圖，第2圖為本發明掃描器雇的 示意圖。如第2圖所示，掃描器2〇〇亦包含有一透明玻璃21〇，透 明玻璃係為-可透光板並蘭來乘載待掃描的物件(或文件— 光源模組220 ’用來提供掃描用的光源，並且以一可移動方式掃描 “物件’以及上蓋23G用來遮蔽掃描操作時，由光源模組 所發出的強光。 然而’為了消除於第i圖所示之習知掃描器1〇〇，透明玻璃 110的髒污問題’本發明的掃描H 200導入了光觸媒反應的概念。 在此請注意’在透明玻璃210上面，以及上蓋230與透明玻璃210 接觸的部分(亦即區域240)，均塗佈了二氧化鈦塗層；以供光觸媒 反應之用；當然’為了要觸發二氧化鈦產生光觸媒反應，所採用 的光源波長也必須相對應地超過38〇nm，因此在光源模組22〇中， •必須另外增加一紫外光光源(未顯示於第2圖），以觸發光觸媒 反應。 在此請注意，在本實施例中，|發明係採用二氧化欽以及紫 外光光源的組合來觸發光觸媒反應，然而，以現在科技的進步， 已經開發出可見光適用的細媒；因此，本發明亦可採用可見光 適用的光觸媒塗層，而且可以採用原本掃描器2〇〇便具有的光源 模組220,無須對光源模組220多做更動，如此亦屬本發明的範疇。 1289990 、、一雖然，掃描H 2GG已經可以藉由光觸媒反應，而成功地分解 辨亏達到提昇掃描品質的效果。然而，本發明對於掃描器· 亦另外提供-相關_能最佳化棚細媒反縣消除辨污。 在此明參閱第3圖，第3圖為第2圖所示之掃描器2⑻的功能方 免圖如第3圖所不，掃描器2〇〇包含有一控制模組則，用來控 制光源权組220，以及-分析模組32()，減於該控制模組32〇， 用來分析髒污的位置。 -月參閱第4圖’第4圖為本發明掃描器2〇〇消除辨污的流程 圖。其包含有下列步驟·· 步驟400··開始；使用者下達一清潔指令； 步驟410 ··掃描器200開始掃描全部物件區域； 步驟42〇 ··分析模、组320分析辦污的大小以及位置； 步驟43G :根據分析模組32G的分析結果，控制模組綱移動光源 杈組220至髒污的所在位置，並停留一段時間，以分 解髒污；以及 步驟440 :結束。 首先，由於透明玻璃21〇的表面可能痛污，使用者可以透 過輸出入介面(未顯不)對掃描器200下達一清潔指令(步驟刪； 因此’掃描器200於接收到該清潔指令之後，便可開始掃描全部 物件魏(步驟410);在此請注意，此時透明玻璃21〇上並未乘載 Ϊ289990 任何物件，以避免掃描出來的結果有誤；接著，分析模組，會 根據掃描後的結果，分析出髒污的大小以及位置，並且依據其分 析結果，送出一控制訊號至控制模組310 (步驟42〇)。 當控讎組310接收到來自分析模組32()的控制訊號後，便 會根據該控制訊號’移動統模組22()至麟污的所在位置，並且 ，留-段預設的時間’以觸發光觸媒反應來分解辩污(步驟綱； 最後，控繼組310會將光源模組22〇移動至原來位置整個清 洛、工作至此完成(步驟440)。 月注“本《日月對於光源模組22〇欲停留的預設時間並 無限制’勒話說’本_亦可對料_断大小奴不同的 停留時間，亦不違背本發明的精神。1289990 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention provides a - (iv) sub-device, and more particularly, a device for cleaning off dirt itself and related methods. [Prior Art] Electronic transaction devices, such as scanners, photocopiers, multifunction machines, etc., can provide document scanning or photocopying functions, which undoubtedly provides a convenient solution for paperwork processing. Please refer to FIG. 1 , which is a schematic diagram of a conventional shaker (10). 1 1st. Please include - UG, - light source module and upper cover 130' As is known in the industry, transparent glass (10) is a transparent paper (and a paper piece scanned by the cake); The money (4) q is used to scan (four) silk, and is used to describe the object as a movable square; as for the glare emitted by the light source module 120 when used to shield the scanning operation; Can move correctly to scan the object. = 'When the scanner is used - after a period of time, the transparent glass (10) is accumulating some dirt, and obviously, if these two or two parts of the object are still influential, Sweep and 3 7 mouth ° 'General' users must buy a remover / weaving cloth, or other cleaning supplies to remove this lining; thus 1289990 cleaning method 'because it is not only The cost of making money is also associated with the user's _, so it is not an economic way. SUMMARY OF THE INVENTION It is therefore a primary object of the present invention to provide an electronic device that can remove self-staining and a side method thereof to solve the problem of the technical towel. According to the patent application of the present invention, an electronic device capable of removing self-contamination is provided. The electronic device includes: - a light group, the wire emits light in a moving manner; - a light transmissive plate, a light transmission; and a "micro layer" The Wei is coated on the light transmissive plate to receive light emitted by the light source module to trigger photocatalytic reaction. According to the application of the present invention, the method for the specific material on the silk electronic device is further disclosed. The electronic device comprises a light source module, a light transmissive plate, and a photocatalyst coating. The light transmissive plate is configured to receive the light emitted by the light source, and the method comprises: a position dependent on the photocatalytic reaction on the light transmissive plate; and the optical group The location where photocatalytic reactions are required. The electronic money of the invention can be divided into its own broken, shameful on the axis of performing scanning or = photocopying function, not corresponding to the quality of betting (four)_scanning or photocopying; the user does not need to separately purchase the cleaning cloth or cleaning The device, in conjunction with 8 6 1289990, saves the user cost and convenience for the user. [Embodiment] However, since most of the pollution or pollution sources are mainly carbohydrates, as is well known in the industry, the reaction of the fine medium can destroy the organic molecules, so that the purpose of removing pollutants can be achieved. In the following disclosure, the present invention utilizes a photocatalytic reaction to remove dirt and improve the quality of scanning. # Generally, the photocatalytic reaction must first illuminate the catalyst with a certain amount of energy, so that the electrons on the surface of the catalyst absorb enough energy to detach, and form a positively charged hole at the position where the electrons are detached. Oxidation of the decyloxy group (OH) released from nearby water molecules (that is, the electrons that take up the hydroxyl group) makes it a highly active hydroxyl radical. As the hydroxyl radicals encounter organic substances, they will The electrons are recaptured. Thus, the organic molecules will fall apart due to the collapse of the bonds. Since the general sources of pollution are mostly organic molecules, the photocatalytic reaction can achieve the target of decontamination and sterilization. In other words, the exhaust gas can be filtered out. purpose. From the above point of view, in order to trigger the reaction of the fine media, the scanner 1 must also handle some corresponding processing to facilitate the reaction of the media. Since the catalyst used in the general photocatalytic reaction is titanium dioxide, and the electrons of the titanium dioxide must be transitioned from the valence band to the conduction band (c〇nducti〇n band), the external light source must provide sufficient electron energy. In general, the wavelength of the light source generally corresponds to 38 〇 nm, which corresponds to the ultraviolet light band; in other words, 7 1289990, in the present embodiment, the external light is preferably the light source required to trigger the photocatalytic reaction. In the first place, reference is now made to Fig. 2, which is a schematic view of the scanner employed in the present invention. As shown in Fig. 2, the scanner 2〇〇 also includes a transparent glass 21〇, the transparent glass is a light transmissive plate and is used to carry the object to be scanned (or the document-light source module 220' is provided a light source for scanning, and a sleek light emitted by the light source module when the "object" is scanned and the upper cover 23G is used to shield the scanning operation. However, in order to eliminate the conventional scanner shown in FIG. 1〇〇, the problem of contamination of the transparent glass 110 'The scanning H 200 of the present invention introduces the concept of photocatalytic reaction. Here, please note 'on the transparent glass 210, and the portion of the upper cover 230 that is in contact with the transparent glass 210 (ie, the area) 240), both coated with a titanium dioxide coating; for photocatalytic reaction; of course, in order to trigger the photocatalytic reaction of titanium dioxide, the wavelength of the light source used must also exceed 38 〇 nm, so in the light source module 22 In addition, an additional ultraviolet light source (not shown in Figure 2) must be added to trigger the photocatalytic reaction. Note that in this embodiment, the invention uses dioxins and ultraviolet light. The combination of sources triggers the photocatalytic reaction. However, with the advancement of the current technology, a fine medium suitable for visible light has been developed; therefore, the present invention can also adopt a photocatalyst coating suitable for visible light, and can be used with the original scanner 2 The light source module 220 does not need to make more changes to the light source module 220, and thus is also within the scope of the present invention. 1289990, although scanning H 2GG can be successfully resolved by photocatalytic reaction, the scanning quality is improved. However, the present invention also provides a correlation to the scanner, which can optimize the sheds and eliminate the pollution. Here, refer to Fig. 3, and Fig. 3 is the scanner shown in Fig. 2. The function of the 2(8) is as shown in Figure 3. The scanner 2〇〇 includes a control module for controlling the light source weight group 220 and the analysis module 32(), minus the control module 32〇. , used to analyze the location of the dirt. - See Figure 4 for the month. Figure 4 is a flow chart of the scanner 2 of the present invention for eliminating the contamination. It includes the following steps: Step 400 · Start; User Release a cleaning instruction; Step 410: The scanner 200 starts scanning all the object areas; Step 42: Analyze the mode, the group 320 analyzes the size and position of the pollution; Step 43G: According to the analysis result of the analysis module 32G, the control module moves the light source杈Group 220 to the location of the dirt, and stay for a period of time to decompose the soil; and step 440: end. First, since the surface of the transparent glass 21〇 may be stained, the user can pass through the output interface (not shown) A cleaning command is issued to the scanner 200 (step is deleted; therefore, after the scanner 200 receives the cleaning command, it can start scanning all the objects (step 410); here, please note that the transparent glass 21 is on the No objects are loaded Ϊ 289990 to avoid errors in the scanned results; then, the analysis module will analyze the size and position of the dirt according to the results of the scan, and send a control signal to the control according to the analysis result. Module 310 (step 42〇). When the control group 310 receives the control signal from the analysis module 32(), it will according to the control signal 'the mobile system module 22 () to the location of the smudge, and leave the preset time of the segment' Decomposition of the detonation by triggering the photocatalytic reaction (steps; finally, the control group 310 will move the light source module 22〇 to the original position, and the work is completed (step 440). The monthly note “this day and the moon for the light source The preset time for the module 22 to stay is not limited to 'speaking', and it is also possible to ignore the different staying time of the slaves, and does not violate the spirit of the present invention.
此外’在之前的揭露之中，本發明係採用掃描器2〇〇作為一 實施例，細，本發日㈣除髒污的方法與細裝置亦可應用於影 p，或衫魏轉機钱子事務裝置，亦不射本發明的精 二二=說，由於電子事務娜功能事務機等等)本身即具有 純或4魏，本伽可電子事務裝置所具有的光源模 先板’以及本發明附加的細媒塗層，成功地利用光觸 媒反應來消除髒污。 以去除自身的髒污， 相車父於習知技術，本發明的電子裝置可 1289990 因此在執行掃描或是料魏㈣ 描或是神的-••朗者絲糾料祕=：：== 為使用者帶來便利。本剌不但輕用麵省成本並且 以上所述僅為本發明之較佳實施例，凡依本發明巾請專利範 圍所做之均等變化與修飾，皆應屬本發明之涵蓋範圍。 【圖式簡單說明】 第1圖為一習知掃描器的示意圖。 第2圖為本發明掃描器的示意圖。 第3圖為第2圖所示之掃描器的功能方塊圖。 第4圖為本發明掃描器消除髒污的流程圖。 【主要元件符號說明】 100 > 200 掃描器 110、210 透明玻璃 120、220 光源模組 130、230 上蓋 240 區域 310 控制模組 320 分析模組In addition, in the foregoing disclosure, the present invention employs a scanner 2 as an embodiment, and the method and the fine device for removing dirt from the present day (4) can also be applied to the shadow p, or the shirt and the machine. Transaction device, also does not shoot the essence of the invention = said, because the electronic transaction function machine, etc.) itself has pure or 4 Wei, the light source module of the present gamma electronic transaction device 'and the invention Additional fine media coatings successfully utilize photocatalytic reactions to eliminate dirt. In order to remove its own dirt, the vehicle father is familiar with the technology, the electronic device of the present invention can be 1289990, so the scan is performed or the Wei (4) drawing or the god--•••••••••========================================= Convenient for the user. The present invention is not limited to the cost and the above is only a preferred embodiment of the present invention, and all variations and modifications made to the patent scope of the present invention are intended to be within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram of a conventional scanner. Figure 2 is a schematic illustration of a scanner of the present invention. Figure 3 is a functional block diagram of the scanner shown in Figure 2. Figure 4 is a flow chart of the scanner of the present invention for eliminating dirt. [Main component symbol description] 100 > 200 Scanner 110, 210 Transparent glass 120, 220 Light source module 130, 230 Upper cover 240 Area 310 Control module 320 Analysis module