M259261 八、新型說明： 【新型所屬之技術領域】 掃描掃描器光學模組’尤指-種針對 、生、/構及知描模組加以改良，而能經由簡化構 化 ^料成纟，降低生產成I，同時減少元件及模組 化又可增加組裝效率。 【先前技術】 -了知經逐漸成為許多電腦使用者的基本配備之 實地昭著;η:形都可以放進掃描器裡，讓電腦忠 線照射文件（斤稿;、的掃/器的原理很簡單，就是利用光 就可以後讀取反射回來的光線， 入份的影像。此外，婦描好的影像也可以讀 可^用=體進行修整’如果掃描的是印刷品的話，還 子兀辨識軟體」把印刷品變成權案存在電腦裡。M259261 8. Description of the new type: [Technical field to which the new type belongs] Scanner optical module 'especially-a kind of targeting, generation, construction, and imaging module is improved, which can be reduced by simplified construction Production into I, while reducing components and modularization can increase assembly efficiency. [Previous technology]-Knowing that the Confucian classics have gradually become the basic equipment of many computer users. Η: the shape can be put into the scanner, allowing the computer to irradiate documents (jin manuscript ;, the principle of the scanner / device is very Simple, it is the use of light to read the reflected light back into the image. In addition, the image drawn by the woman can also be read and can be trimmed with the body. If the scan is a print, the recognition software Turn the printed matter into a right case and store it in the computer.
C D 先台要係使用電編感測器(C 測器盥m έ1"置項取文件的影像。由於電荷輕合感 ' ^ "且s所需的光程較長，所以機體受光程的限 制難以縮小。即使經由镑 、 小的程度仍十分有限 折射方式縮小體積，其縮 拉為縮小體積，可使用c I S (Contact ImageS ) 感測器以替代電荷麵合感測器。由於目前c z $接 i感測&已模組化，所有解元件皆可 用在平，不但可大幅的二體t 月工里，、更可間化掃描器的内部結構，進一步降低組裝 維修的成本。如本國專利公告編號第3 4 8 8 7 5、、 M259261 =57號等，即揭露有使用CIS接觸型感測器的掃 & ^再者’習知掃描器採用雙傳動轴的傳動機構，由於構 &複雜材料成本較高，因此單傳動軸的傳動機構已逐漸 視，以期達到簡化構造，減少材料成本’降低成 測二Γ:示二TT知使用Cls接觸型感 係位於機台^下;t:::平台(㈣)5 2， 係位，明文件平台二方文1 牛含::=35 ?: =内部，上 奘’月文件平台52移動；複數個滑動裝置55,係 ，於該掃描模組5 3兩侧，緊貼該透明5 :、 “It·::描模組5 3與該透明文件平台5 2的 ，以完成文件影像的讀取 文件的一端移向另一端 組5 3之間係為面接觸，其摩擦力較二軸5θ 4與掃描模 3的移動㈣平順，若增加隸^，又/掃描模組5 是以，又會增加成本。 顯然具有不便与^掃插器’在實際使用上， ，、、失存在，而可待加以改善者。 6 M259261 緣是，本創作人有感上述 究並配合學理之運用，、失之可改善，乃特潛心研 上述缺失之本創作。 裡叹4口理且有效改善 【新型内容】 本創作之主要目的，在 ，其能使元件M m 飾描11光學模組 成本，同時達=組?厂化’郎省材料成本’灿 ，且目的，在於可提供—歸㈣光學模組 ，、傳動軸與掃描模組的接觸方 觸，可降低傳動轴與滑動槽摩擦力。系由面接料成點接 為了達成上述之目的’本創作传接征^ J. 模組，包括：一掃描哭上夕，係▲供一種知描器光學 描器上蓋下方，用透明文件平台’位於該掃 明文件平^古用以放置文件；一掃描模組，係位於該透 細，在/ 口方，用以頊取該文件的影像資料，·一傳動 車，係位於該掃描模組下方，兩端固定# 部，用u 岡鳊固疋於該知描器上蓋内 兮紗握ί 模組；複數個凸點’係彈性的設置於 田模組上’該等凸點係滑動接觸該透明 以 沿掃描方向移動 •田輪組，用以驅動該掃描模組 閱以進一步瞭解本創作之特徵及技術内容，請來 供參考創作之詳細說明與附圖，然而所附圖式僅提 /、多〃"兄3用，並非用來對本創作加以限制者。 【實施方式】 明參閱第四圖至第六圖，本創作係一 學模組，該掃招哭7々杯古〜权1,、朴描裔光 乂饵描為1包括有一掃描器上蓋丄丄、一透明文 7 M259261 件平台（視窗）1 2、—於& + 二彈性元件1 6及-驅動、—傳動軸1 4、 12係以玻璃等透明材料^ ，八中該透明文件平台 下方，用以放置文件。 ，/、位於該掃描器上蓋1工 該掃描模組1 3 #、、去去 部，並位於該透明文件平設置於掃描器上蓋1 1内 影像資料。該掃描模組1 ^ 用以咳取該文件的 S(接觸型感測器）13广=托架⑴及一 CI 托架⑴上，該CIS13==132係裝設於該 有光源、透鏡及光電轉換裝置（圖广等且化二 =包含 3之托架1 3 i底部中間位置設有崎描模組1 動槽1 3 3大致為多點接觸“曰13 3，該滑 倒「U」字型之半包覆（^“2如/“圖）或呈 圖至弟十圖）中空槽。 μ傳動軸14係位於該掃描模組 =_設有一惰輪支撐架141及—==: 1 4 2固疋於掃描器上蓋工丄内哕 牙木 動配合於該傳動軸1 4，藉該傳動軸1 4 明文件並使該掃描模组13緊貼該透 同的H 動。5亥滑動槽1 3 3的内壁可作各種不 的=化’使其形成多數個接觸點1331 (如第四八 轴1=开:！八圖及第九圖)，使滑動槽133與傳動 間形成點接觸。另如該滑動槽丄3 3與傳動軸丄 Β亦可以橢圓形成兩切點接觸（如第十圖）上 刀：：分可做一凹形儲油槽i 3 3 2，亦即於該滑動槽工 J d槽中與傳動軸i 4接觸點設有凹形儲油槽丄3 3 M259261 2以備儲/間滑油以利光學模組滑行自潤。 該二彈性元件1 6係以彈性較佳的材料製成，其各具 有一固定部1 6 1及一彈性臂工6 2(如第十一圖及第十 ，圖），該固定部1 6 1係呈L型板狀，其頂部各突出有 一凸點1 6 4，#亥4凸點1 6 4可緊貼透明文件平台1 2 移動’使該等凸點！ 6 4以多點接觸方式滑動接觸該透明 文件平口 1 2 A彈性臂1 6 2係-體成型連接於該固定 斗1 6 1，且彈性臂1 6 2係向下傾斜延伸。該二彈性元 件^ 6之固定部χ 6 i係以螺絲鎖固等方式固定於該婦 ^杈組13之CIS132二側，且該二彈性元件工6之 彈陡#1 6 2係壬傾斜狀的延伸於該匚I s 1 3 2下 方，使該二彈性臂1 6 2可彈性頂抵於托架1 3 1底部内 ^用以頂推該CIS132作垂直的位移，使該等凸點 1 6 4彈性的設置於該掃描模组丄3上，使該c工; 2可彈性緊貼透明文件平台！ 2移動，肋吸收誤 :該，彈性元件16之固定部161上各設有一向外； 模ίΓί卡勾16 3，該彈性卡勾16 3可勾持於該掃描 栌且古！之托架1 3 1二側，使該C 1 s 1 3 2向上位移 4具有定位的作用。 該驅動I置1 7係包含有一驅動步進馬達1 7 ]、_ ;、》了2及一傳動元件17 3 ’該驅動步進馬： 1輪組1 7 2細傳動組支撐架i 4 2固 ^的：f器上蓋1 1内部’該傳動元件1 7 3係為正時皮 d生1 專動件’該驅動步進馬達171係透過減逮齒ί 、、且172與傳動元件173連接，且該傳動元件17 = M259261 底部的-連接部…，使該 =7 經由減速齒輪組17 2傳遞至傳動元 沿掃描方向移動，;=:件1 7 3驅動該掃描模組1 3 -端，以：二=且13由文件的-端移向另 另，請參閱第十三圖至第十八圖，係本創作 垂 例，其掃描模組1 3伟為含僂姊# M护 Λ ^ 掃描模組1 3上係4 : 組，該 ό上係叹有二個滾輪丄5，該三個 ^ =該~描模組1 3周圍兩侧及中間位置，該滾輪1 5 置於該掃描模組1 3周圍所預設的容置槽丄3 万二容置槽1 3 4相對二侧分別設有-第-樞孔1 3 5 -苐广樞孔丄3 6，該第一柩孔丄3 5頂側係形成封閉 奋該第二植孔1 3 6頂侧係形成開口狀以便於組裝，該 等滾輪1 5軸^各穿設有—彈簧軸i 5 i，該彈簧軸工^ 1二端係分別配合於第一樞孔i 3 5及第二樞孔1 3 6 中’使該等個滾輪i 5彈性的設置於該掃描模組i 3 =兩側及巾間位置，使該等滚輪！5以三點接觸方式 接觸該透明文件平台i 2，用以減少該掃描模W 3與該 f明文件平台12的摩擦係數。該等個滾輪15係彈性的 設置於該掃描模組i 3周圍之兩側及中間位置，使該掃扩 f組1 3可彈性的緊貼透明文件平台丄2移動，用：吸二 误差及於掃描模組移動時保持平衡。 本創作之掃描器光學模組至少具有諸多的優點如下： 1、本創作係使用單傳動軸1 4，可確保掃描模組：3在 M259261 移動時保持平穩，並可達到模組化的功能，所有组件 可組裝於掃描器上蓋i i，可簡化構造，減少材料成 本’降低生產成本。 2、 本創作係於掃描馳i 3周圍增加凸點i 6 4 (或滾 ，土5 )，用以平衡整個掃描模組13，以維持掃ς 口口貝，使掃描模組1 3的移動較為平順。 3、 本創作之傳動軸1 4與掃描模組i 3接觸方式，由面 接觸變成點接觸，降低傳動軸i 4與滑動槽丄3 3摩 擦力，並可於全包覆或半包覆之滑動槽1 3 3部分中 的儲油槽1 3 3 2添加潤滑油，而有自潤效果。 4、 本創作係於掃描模組i 3設有彈性元件i 6 (或彈簧 軸1 5 1 )，可使該掃描模組丄3之凸點丄6 4 (或 滾輪1 5)彈性的緊貼透明文件平台丄2移動，用以 吸收疾差，因此即使安裝有誤差或掃描器上蓋11稍 微變形，掃描模組i 3仍可緊貼著透明文件平台工2 移動。當掃描模組1 3在傳動軸上i 4移動時:掃描 模組1 3可與透明文件平台丄2保持一定的間距，使 掃描的文件維持在適當的景深之内，以確保影 的品質。 5、 本創作組立完成後，可確實的達到模組化的功能，所 有組件^裝固定於掃描器上蓋工工，無論如何翻動皆 不會掉落，而可便利於組裝在各種裝置上。 綜上所述’本創作實為一不可多得之新型創作產。， 極具產業上利用性、新穎性及進步性，完全符合新型專°利 M259261 申請要件，爰依專利法提出申請，敬請詳查並賜准本案專 利’以保障創作者之權益。 淮以上所述僅為本創作之較佳可行實施例，非因此即 拘，本創作之專利範圍，故舉凡運用本創作說明書及圖式 内容所為之等效結構變化，均同理皆包含於本創作之範圍 内，合予陳明。 【圖式簡單說明】 第一圖係習知掃描器之俯視圖。 第二圖係習知掃描器之前視圖。 第一圖係習知掃描器之側視圖。 第四圖係本創作之立體分解圖。 ，四A圖係本創作掃描模組局部之立體圖 f五圖係本創作另一角度之立體分解圖。 第六圖係本創作之立體圖。 第七圖係本創作掃描模組實施例一之平面圖。 f八圖係本創作掃描模組實施例二之平面圖。 =九圖係本創作掃描模組實施例三之平面圖。 =十Θ係本創作掃描模組實施例四之平面圖。 創作彈性元件與掃描模組之立體分解圖。 創作彈性元件與掃描模組另-角度之立體 =:作另一實施例之立體分解圖 圃 弟十 弟十四圖係本創# Η ^ ^ 7 τ 十以作另一實施例之立體圖 12 M259261 第十五f係本創作另—實施例掃描模組與㈣裝置之立 體圖。 第十六圖係本創作另—實施例掃描模組之立體圖。 第十七圖係本創作另—實施例滾輪之立體分解圖。 第十八圖係本創作另—實施例滾輪之立體圖。 【元件代表符號】 [習知] 5 掃描器 5 1 機台 53 掃描模組 5 4 傳動軸 5 5 滑動裝置 5 2 透明文件平台The CD first must be an image of a file using an electrically edited sensor (C sensor 1). The charge is light and the light path required by s is longer, so the body is affected by the light path. It is difficult to reduce the limit. Even through the pound and small degree, it is still very limited to reduce the volume. The shrinkage is to reduce the volume. The c IS (Contact ImageS) sensor can be used instead of the charge surface sensor. Since the current cz $ The i-sensing & has been modularized, and all the solution components can be used in flat, not only in the large two-body t-month, but also the internal structure of the scanner, which further reduces the cost of assembly and maintenance. Patent Bulletin No. 3 4 8 8 7 5, M259261 = 57, etc., that is, the scan & ^ more 'conventional scanner using a CIS contact sensor is disclosed. The scanner uses a dual drive shaft transmission mechanism. & The cost of complex materials is relatively high, so the transmission mechanism of a single drive shaft has been gradually considered, in order to achieve a simplified structure and reduce the cost of materials. t ::: 平台 (㈣) 5 2 ， Department, Ming 2 pieces of paper platform 1 Niu Han :: = 35?: = Inside, the file platform 52 moves on; the slide device 55 is attached to both sides of the scanning module 5 3, close to the transparent 5: "It ::: tracing module 5 3 and the transparent document platform 5 2 are used to complete the reading of the document image. One end of the document is moved to the other end. The group 5 3 is in surface contact. The movement of 5θ 4 and scan module 3 is smooth. If you increase the number of scans, and / or scan module 5, it will increase the cost. Obviously, there are inconveniences and scan inserters' in actual use. Those who can be improved. 6 M259261 The reason is that the author feels the above research and cooperates with the application of theories, and can be improved if he misses it. He is devoted to the above-mentioned lack of original creation. Li Tan 4 rationale and effective improvement [ New content] The main purpose of this creation is that it can make the component M m decorate the cost of 11 optical modules, and at the same time reach the cost of the group 'factory-made' lang provincial material cost ', and the purpose is to provide-Guiyang Optics The contact between the module, the transmission shaft and the scanning module can reduce the friction between the transmission shaft and the sliding groove. .It is made from surface material to point connection to achieve the above purpose. 'This creative transmission levy ^ J. Module, including: a scan crying on the eve, Department ▲ for a scanner under the optical scanner cover, using a transparent document platform 'Located on the scan file to place files; a scanning module is located in the penetrating, at / mouth to capture the image data of the file, a transmission car is located in the scanning mode Below the group, two parts are fixed at both ends, and the module is fixed in the upper cover of the scanner with a gangster; the plurality of bumps are 'flexibly arranged on the field module' and the bumps are sliding. Touch the transparent to move in the scanning direction. Tianlun Group is used to drive the scanning module to further understand the characteristics and technical content of this creation. Please refer to the detailed description and drawings of the creation, but the drawings are only The use of "/" is not intended to restrict the creation. [Embodiment] Referring to the fourth to sixth figures, this creative department is a learning module. The sweeping strokes cry 7 々cup ancient ~ right 1, pu descent light bait description 1 includes a scanner cover 丄 丄, A transparent paper 7 M259261 piece platform (window) 1 2. —Yu & + two elastic elements 16 and-drive, — drive shaft 1 4 and 12 are made of transparent materials such as glass ^, under the transparent document platform in the eighth middle school, Used to place files. 、 / 、 It is located on the scanner cover 1 and the scanning module 1 3 #, and goes to the position, and is located in the transparent document set on the scanner cover 1 1 image data. The scanning module 1 ^ S (contact sensor) used to cough up the document. 13 = = bracket ⑴ and a CI bracket ⑴, the CIS 13 = = 132 is installed on the light source, lens and Photoelectric conversion device (Pi Guang et al. And Hua Er = bracket containing 3 1 3 i is equipped with a sculpting module 1 at the middle of the bottom 1 moving groove 1 3 3 is roughly multi-point contact "say 13 3, the slip" U " The half of the font (^ "2 such as /" figure) or the figure to the brother ten figure) hollow slot. μ drive shaft 14 is located in the scanning module = _ is equipped with an idler support frame 141 and-==: 1 4 2 fixed on the scanner cover, the internal tooth wood is fitted to the drive shaft 1 4 by borrowing the The transmission shaft 1 4 clarifies the file and makes the scanning module 13 close to the common H movement. The inner wall of the sliding groove 1 3 3 can be made into various contact points to form a plurality of contact points 1331 (such as the fourth and eighth axis 1 = open :! Figure 8 and Figure 9), so that the sliding groove 133 and the transmission Point contact is formed between them. In addition, the sliding groove 丄 3 3 and the transmission shaft 丄 Β can also form two tangential point contacts (such as the tenth figure). The upper knife :: can be used to make a concave oil storage groove i 3 3 2, that is, the sliding groove. A concave oil storage tank 丄 3 3 M259261 2 is provided in the contact point of the J d groove and the transmission shaft i 4 to prepare for the storage / interval oil to facilitate the smooth sliding of the optical module. The two elastic elements 16 are made of a material with better elasticity, each of which has a fixing portion 16 1 and an elastic arm 6 2 (as shown in the eleventh and tenth drawings). The fixing portion 16 Series 1 is L-shaped, with a bump 1 6 4 protruding from the top of each, # 海 4 Bump 1 6 4 can be closely attached to the transparent document platform 1 2 Move 'to make these bumps! 6 4 Sliding in contact with the transparent document in a multi-point contact manner. 1 2 A elastic arm 1 6 2 series-body molding is connected to the fixed bucket 1 6 1, and the elastic arm 1 6 2 extends obliquely downward. The fixing part χ 6 i of the two elastic elements ^ 6 is fixed to the two sides of the CIS132 of the women's yoke group 13 by means of screwing, etc., and the elasticity of the two elastic elements 6 # steeply # 1 2 It extends below the 匚 I s 1 3 2 so that the two elastic arms 16 2 can elastically abut against the bottom of the bracket 1 3 1 ^ to push the CIS132 for vertical displacement and make the bumps 1 6 4 is elastically arranged on the scanning module 丄 3, so that the C-worker; 2 can be elastically close to the transparent document platform! 2 movement, rib absorption error: the fixed portions 161 of the elastic element 16 are each provided with an outward direction; the mold ίΓί hook 16 3, the elastic hook 16 3 can be held in the scan 栌 and ancient! The bracket 1 3 1 on both sides makes the C 1 s 1 3 2 move upward 4 and has a positioning effect. The drive I set 1 7 series includes a drive stepper motor 17], _ ;, 2 and a transmission element 17 3 'The drive stepper horse: 1 wheel set 1 7 2 fine drive set support frame i 4 2 Fixed: the upper cover of the device 1 1 internal 'the transmission element 1 7 3 is a timing leather 1 special movement' the driving stepper motor 171 is connected to the transmission element 173 through a reduction gear 172 And the transmission element 17 = -connection part at the bottom of M259261, so that the = 7 is transmitted to the transmission element through the reduction gear set 17 2 to move in the scanning direction; =: piece 1 7 3 drives the scanning module 1 3 -end To: 2 = and 13 move from the-end of the file to the other, please refer to the 13th to 18th drawings, which are examples of this creation, and its scanning module 1 3 为 为 偻 偻 妹妹 # M 护 Λ ^ Scanning module 1 3 is on line 4: group, there is two wheels 丄 5 on the shaft, the three ^ = the two sides of the module 1 3 and the middle position, the roller 15 is placed on the The preset accommodating slots around the scanning module 1 3 丄 32 accommodating slots 1 3 4 are provided on the opposite sides of each-the first-pivot hole 1 3 5-the wide pivot hole 丄 36, the first 柩Hole 丄 3 5 The top side is closed to form the second plant hole 1 The top and bottom sides of 3 6 are formed into an opening shape for easy assembly. The rollers 15 and 5 are each provided with a spring shaft i 5 i. The two ends of the spring shaft ^ 1 are respectively fitted to the first pivot hole i 3 5 and In the second pivot hole 1 3 6, the rollers i 5 are elastically arranged at the positions of the scanning module i 3 = both sides and between the towels, so that the rollers! 5 contacts the transparent document platform i 2 in a three-point contact manner to reduce the coefficient of friction between the scanning mode W 3 and the f document platform 12. The rollers 15 are elastically arranged on both sides and the middle position around the scanning module i 3, so that the scanning and expanding f group 1 3 can be elastically moved close to the transparent document platform 丄 2 and used: Maintain balance while the scanning module is moving. The scanner optical module of this creation has at least many advantages as follows: 1. This creation uses a single drive shaft 14 to ensure that the scanning module: 3 remains stable while M259261 is moving, and can achieve modular functions. All components can be assembled on the scanner cover ii, which simplifies construction, reduces material costs, and reduces production costs. 2. This creation is to add a bump i 6 4 (or roll, soil 5) around the scanning module i 3 to balance the entire scanning module 13 to maintain the scanning mouth and mouth and make the scanning module 1 3 move. More smooth. 3. The contact mode of the transmission shaft 1 4 and the scanning module i 3 in this creation is changed from surface contact to point contact, which reduces the friction between the transmission shaft i 4 and the sliding groove 3 3 3. The oil storage tank 1 3 3 2 in the sliding tank 1 3 3 section is lubricated with a self-lubricating effect. 4. This creation is based on the scanning module i 3 provided with an elastic element i 6 (or a spring shaft 1 5 1), which can make the scanning module 丄 3's bump 丄 6 4 (or the roller 15) elastically close. The transparent document platform 丄 2 is moved to absorb the difference, so even if an error is installed or the scanner cover 11 is slightly deformed, the scanning module i 3 can still be moved close to the transparent document platform worker 2. When the scanning module 1 3 moves on the transmission shaft i 4: The scanning module 13 can maintain a certain distance from the transparent document platform 丄 2, so that the scanned document is maintained within an appropriate depth of field to ensure the quality of the image. 5. After the creation of the creative group is completed, the modular function can be surely achieved. All components are installed and fixed on the scanner, and will not fall anyway, but can be easily assembled on various devices. To sum up, ‘this creation is a rare new creation. It is extremely industrially usable, novel, and progressive, and fully meets the requirements of the new patent M259261. It is submitted in accordance with the patent law. Please check and grant the patent in this case to protect the rights and interests of creators. The above descriptions are only the preferred and feasible embodiments of this creation. The patent scope of this creation is not limited. Therefore, all equivalent structural changes made by using this creation manual and the contents of the drawings are included in the same reason. Within the scope of the creation, Chen Ming was co-authored. [Schematic description] The first figure is a top view of a conventional scanner. The second figure is a front view of a conventional scanner. The first figure is a side view of a conventional scanner. The fourth picture is a three-dimensional exploded view of this creation. Figure 4A is a three-dimensional view of a part of the scanning module of this creative f. Figure 5 is a three-dimensional exploded view of another angle of this creative. The sixth figure is a three-dimensional view of this creation. The seventh figure is a plan view of the first embodiment of the creative scanning module. f8 is a plan view of the second embodiment of the creative scanning module. = Nine maps are plan views of the third embodiment of the creative scanning module. = Ten Θ is a plan view of the fourth embodiment of the creative scanning module. Create three-dimensional exploded views of elastic components and scanning modules. Creation of the elastic element and the scanning module in another angle-three-dimensional =: a three-dimensional exploded view of another embodiment. The tenth and the fourteenth drawings are the original. The fifteenth f is another perspective view of the scanning module and the cymbal device of this embodiment. The sixteenth figure is a perspective view of a scanning module according to another embodiment of the present invention. The seventeenth figure is an exploded perspective view of the roller of another embodiment of this creation. The eighteenth figure is a perspective view of a roller of another embodiment of this creation. [Representative Symbol of Component] [Knowledge] 5 Scanner 5 1 Machine 53 Scanning module 5 4 Transmission shaft 5 5 Slider 5 2 Transparent document platform
5 3 1 C I S 5 4 1支撐架 5 6 驅動裝置 [本創作] 1 掃描器 11 掃插器上蓋 12 透明文件平台 13 掃插模組 1 3 2 C I S 1 3 3 1接觸點 1 3 4容置槽 1 3 6第二樞孔 1 3 1托架 1 3 3滑動槽 1 3 3 2儲油槽 1 3 5第一柩孔 1 3 7連接部 13 M259261 14 傳動軸 1 4 1惰輪支撐架 1 4 2傳動組支撐架 15 滾輪 151彈簧軸 16 彈性元件 1 6 1固定部^ 1 6 2彈性臂 1 6 3彈性卡勾 1 6 4凸點 17 驅動裝置 1 7 1驅動步進馬達 1 7 2減速齒輪組 1 7 3傳動元件（正時皮帶） 145 3 1 CIS 5 4 1 Support frame 5 6 Drive unit [this creation] 1 Scanner 11 Scanner cover 12 Transparent document platform 13 Scanning module 1 3 2 CIS 1 3 3 1 Contact point 1 3 4 Receiving slot 1 3 6 Second pivot hole 1 3 1 Bracket 1 3 3 Sliding groove 1 3 3 2 Oil reservoir 1 3 5 First countersunk hole 1 3 7 Connection 13 M259261 14 Drive shaft 1 4 1 Idler support frame 1 4 2 Transmission group support frame 15 Roller 151 Spring shaft 16 Elastic element 1 6 1 Fixing part ^ 1 6 2 Elastic arm 1 6 3 Elastic hook 1 6 4 Bump 17 Drive device 1 7 1 Drive stepper motor 1 7 2 Reduction gear set 1 7 3 Transmission element (timing belt) 14