579647579647
’特別係有關於一種 之間的距離的掃描器 本發明係有關於一種掃描器模組 可調整接觸影像感應器至上蓋玻璃面 模組。 第1圖係顯示一種習知接觸式影像掃描器模組 (Contact Image Sensor scanning module)承載f 置二立 口 ：幻圖所示，一承載裝置6包括：一接觸式影像：： 斋（Contact lmage Sensor 簡稱 CIS ;未圖示）、一跨嗖 6+0以及複數個滾輪61。該接觸影像感應器（未圖示）5係°又用°以 讀取被掃描物件。該跨設部60形成於承載裝置6之一側， 設置於掃描裝置殼體5之内部的一導引桿件^上並且可以 於該導引桿件上移動。滚輪6 1係用以與掃描裝置之 璃蓋接觸。 取 第2圖係顯示一種具有習知接觸式影像感應器之掃描 裝置之立體圖。如第2圖所示，此掃描裝置包括：一第一 殼體4、一透明玻璃蓋41、一第二殼體5、一承載裝置6、 一導引桿件51以及一驅動裝置52。第一殼體4具有一開口 40H。該透明玻璃蓋41係設置於該開口 4〇H，掃描物件（未 圖示’例如：紙張、相片等）係放置於此透明玻璃蓋4 1 上。承載裝置6係設置於透明玻璃蓋41與殼座5〇之間，其 具有一接觸式影像感應器（未圖示），此接觸式影像威廡器 係間1¾者透明玻璃盍4 1而對被掃描物件進行掃描。導引桿 件5 1係懸吊於掃描裝置之内部，使得承載裝置6可利用跨 設部60沿著此導引桿件51而移動。驅動裝置52係連接於\亥 跨設部6 0，藉由此驅動裝置5 2帶動跨設部6 〇沿著導引桿件The invention relates particularly to a scanner with a distance therebetween. The present invention relates to a scanner module which can be adjusted to contact the image sensor to a cover glass module. Fig. 1 shows a conventional contact image sensor scanning module carrying a f-position two openings: as shown in the magic picture, a carrying device 6 includes: a contact image :: contact (lmage) Sensor (referred to as CIS; not shown), a span 6 + 0 and a plurality of rollers 61. The contact image sensor (not shown) uses 5 degrees and then ° to read the scanned object. The cross-over portion 60 is formed on one side of the carrying device 6 and is disposed on a guide rod member ^ inside the scanning device housing 5 and is movable on the guide rod member. The roller 61 is used to contact the glass cover of the scanning device. Figure 2 shows a perspective view of a scanning device with a conventional contact image sensor. As shown in FIG. 2, the scanning device includes a first casing 4, a transparent glass cover 41, a second casing 5, a carrying device 6, a guide rod member 51, and a driving device 52. The first casing 4 has an opening 40H. The transparent glass cover 41 is disposed at the opening 40H, and a scanning object (not shown ', for example, paper, photos, etc.) is placed on the transparent glass cover 41. The carrying device 6 is disposed between the transparent glass cover 41 and the housing base 50, and has a contact image sensor (not shown). The scanned object is scanned. The guide rod member 51 is suspended inside the scanning device, so that the carrying device 6 can be moved along the guide rod member 51 by the cross section 60. The driving device 52 is connected to the cross-section section 60, and the drive section 52 drives the cross-section section 60 along the guide rod member.
579647 五、發明說明（2) 51移動，進一^ 第二殼體5係一’ 亥承載裝置6沿著導引桿件51移動。 裝置及元件、。一具有内凹空間之殼座50，用以設置各主要 感應器、之掃署圖：第2圖所示，於具有習知接觸式影像 係固定的。炉二1中，承载裝置與透明玻璃蓋之間的間隙 情形發生時又載裝置内的接觸式影像感應器具有下列 之間卩举不望:兩側之接觸式影像感應器至透明玻璃蓋 璃i之間隙i，i1)雖然兩側之接觸式影像感應器至透明玻 & i ;目荨，但接觸影像式感應器之焦距不相等；可 月匕造成知描圖像模糊失真。 、再者’還有一種情形會造成掃描圖像模糊失真。合. 載^置與透明玻璃蓋接觸之滾輪61大小不-時，亦會^成 被掃描物件不位於接觸式影像感應器之^ 影像模糊失真。 便侍知描 有鑑於此，本發明係針對解決上述的問題，提供一種 具有可调整接觸式影像感應器至上蓋玻璃面之間距的掃描 器模組。本發明之掃描器模組包括：一殼體、一透明玻^ 蓋、一導引桿件、一承載裝置、一接觸構件以及一調整構 件0 本發明之實施例中殼體成中空狀，且具有一開口。兮 透明玻璃蓋，設置於該殼體之開口，用以放置該被掃描= 件。該導引桿件，設置於該殼體内。該承載裝置，具有一 安裝面，用以安裝該接觸影像感應器，且以可移動之方气 設置於該導引桿件，用以隔著該透明玻璃蓋而對於該被掃 579647 五、發明說明（3) 描物件進行插^ > 別設置有接觸:杜又該^載裝置的安裝面設置安裝槽，分 載裝置，用以調敕安裝槽内。調整構件設置於該承 該接觸構件接觸； = =別突出該安裝面的量，使 置之=整構件時’可以調整接觸構件突出承載裝 離，使被掃描物件觸影像感應器至透明玻璃蓋之距 :彻物件之掃描圖像完全清晰為止。 馬讓本新型之μ +、 懂，下文特兴^ ^ ί的、特徵、和優點能更明顯易 明如下：+父佳貫施例’並配合所附圖式，作詳細說 圖式簡單說明 示一種習知承載裝置示意圖； 置之立體圖V’、、不一種具有習知接觸影像感應器之掃描裝 隹距ί不根據本發明之較佳實施例中，且有可上月敕 焦距的CIS掃描器模組之分解立體圖； /、有了调整 第4圖顯不本發明輕 圖； r心佳只把例之承載裝置剖面示意 第5 A圖顯示本發明齡者 之分解立體圖； 1 又佳Λ鈿例可調整滾輪與承載裝置 第5 Β圖顯示本發明較 ^ 置之分解立體圖。 、&彳可調整耐磨塊與承載裝 符號說明 4〜第-殼體；彻〜開口； 41〜透明玻璃蓋；5〜殼體； 579647 五 、發明說明（4) 50〜殼座；51〜導引桿件；52〜驅動裝置；6〜承載裝置；60〜 跨設部；61〜滾輪；7卜第一殼體；710〜殼座；Π1〜導引椁 件；72〜第二殼體；72H〜開口； 72G〜透明玻璃蓋；72G1〜第 —表面；72G2〜第二表面；8〜承載裝置；82〜跨設部；830〜 接觸構件；830F〜接觸耐磨塊；83 0W〜接觸滾輪；83卜防 滑螺絲；84〜安裝槽；W〜滾輪；U〜滾輪座。 較佳實施例說明 第3圖係顯示根據本發明之較佳實施例中，具有可調 整焦距的CIS掃描器模組之分解立體圖。 本發明之掃描器模組之外部結構包含一成中空狀且具 有一開口之一殼體以及設置於該殼體之開口處用以放置被 掃描物件（未圖示）的一透明玻璃蓋72G。此殼體更可包括 一第一殼體71與一第二殼體7 2，其中第一殼體71係一具有 内凹空間之殼座71 0，用以設置下列各主要裝置及元件； 以及第一殼體72係一具有開口 72H之殼座，該開口72H用以 安裝固定透明玻璃蓋7 2G，此透明玻璃蓋7 2G具有上表面 72G1與下表面（未標號）。 w Λ一殼體71包括：一導引桿件711、接觸式影像感應 el禾圖不）、一承載裝置8以及一驅動裝置52。導 蓋 之内部。接觸影像感應器隔著透干明玻 ^盍72G對被知描物件進行掃描。承載裝置8具有一 於兮女裝接觸式影像感應器，且以可移動之方式二置 丨桿件m，用以隔著透明玻璃蓋 == 進仃掃描。驅動裝置52設置於殼體内連接於承=物： 第7頁 579647 五、發明說明（5) 以驅動該承載裝置於該導 更包括一個以上之啁敕槿上移動。該承载裝置8 及女裝槽内設置之接觸構件830。 衮槽（未圖不）以 第4圖顯示本發明較祛 意圖。 私佳Λ知例之具有承載裝置剖面示 如圖所示，一承巷举 (未圖示）、一跨設部82件=觸式影像感應器 整構_。接觸式影像感應觸器=虛干 描物件之圖像。跨設部82係二載)係用以讀取被掃 掃描裝置殼體内部的一導引；承载裝置8，可跨設於 以於導引桿件711上移動。接干觸構件8々’使得承載褒置8可 裝置8之安裝槽（未圖示）内； 0j糸分別設置於承載 830與透明玻璃蓋72g緊密接觸並错由此等接觸構件 件831係分別設置於該承載裝置8 ^適當間隙D。調整構 構件830分別突出此安裝面^量用一以分別調整此等接觸 位於接觸影像感應器之焦距上而一:使得被掃描物件 發明之接觸構件種類包括接 斤之掃描圖像。本 第一實施例 凋展輪以及接觸耐磨塊。 第5 Α圖顯示可調整滾輪盥 體圖。如圖所示接觸滾輪83 〇w包==像感應器之分解立 座U。利用此滾輪W，使得承載裝置8^袞輪W以及一滾輪 接觸且可以移動。滚輪座u係設 =J明玻璃蓋72G緊密 内，滾輪座U並且挾持該滾μ，使得 置8之安裝槽84 内轉動。本發明之第一實施例之：：可以於滾輪座I] β堂構件係一防滑螺絲 579647 五、發明說明（6) --- 831，用以調整滾輪w突出承載裝置8之高度。不共一直線 的二個接觸滾輪8 3 0W可形成一個平面，並且旋轉防滑螺絲 831可調整此等滾輪W突出承載裝置8之高度，使得被掃描 物件之位置皆位於接觸式影像感應器之焦距上。當完成接 觸式影像感應器之焦距調整後，進一步利用點膠固定防 螺絲831 〇 第二實施例 第5B圖顯示可調整耐磨塊與接觸式影像感應器之分解 立體圖。如圖所示，本發明之第二實施例之接觸構件83〇 係接觸耐磨塊83OF。接觸耐磨塊83 〇F分別設置於承載裝置 8之安裝槽84内。承載裝置8經由此等接觸耐磨塊83〇f與 明玻璃蓋72G緊密接觸並且可以滑動並設置於接觸構件承 載盒84内。本發明之第二實施例之調整構件係一防滑螺絲 831，用以調整接觸耐磨塊83〇F突出承載裝置8之高度。、… 共一直線的三個接觸耐磨塊83〇F可形成一個平面了^且= 轉防滑螺絲831可調整接觸耐磨塊83〇F突出承載裝置8之= 度，使得被掃描物件之位置皆位於接觸式影像感應器之= 距上。當完成接觸式影像感應器之焦距調一二 用點膠固定防滑螺絲。 傻進一步利 為求最精確之調整，使得 觸式影像感應器之焦距上，上 線的三組接觸構件與調整構件 構件與調整構件之設計亦可調 發明之目的。 被掃描物件之位置皆位於接 述實施例中皆採用不共一直 ’在運用上’採用一組調整 整出可接受之影像而達到本 579647 五、發明說明（7) 平台二==式影像、掃插器模組除了可應用於 裝置，如：傳直媳 ^ ,心用於其他之接觸式影像讀取 斯得具機、影印裝置等。 雖然本發明已以較佳實施例揭露如 限定本發明，任何孰習此工音姑蓺去如 “、、其並非用以 神和範…當可；者因t:脫離本發明之精 者相^ ^ ^ 乍更動與潤飾，因此本發明之保護範圍 田現後附之申請專利範圍所界定者為準。579647 V. Description of the invention (2) 51 moves, further one ^ The second casing 5 is a one ', and the bearing device 6 moves along the guide rod member 51. Devices and components. A housing base 50 with a recessed space is used to set the main sensors, and the scanning diagram is shown in Figure 2. It is fixed on a conventional contact image system. In Furnace 1, the contact image sensor in the loading device when the gap between the carrying device and the transparent glass cover occurs has the following: The gap i, i1) Although the contact image sensors on both sides to the transparent glass &net; but the focal lengths of the contact image sensors are not equal; it can cause blurry and distorted images. Furthermore, there is another situation that causes the scanned image to be blurred and distorted. If the size of the roller 61 placed in contact with the transparent glass cover is not large, it will also result in a blurred image of the scanned object that is not located on the contact image sensor. In view of this, the present invention aims to solve the above-mentioned problems, and provides a scanner module with an adjustable distance between a contact image sensor and a glass surface of an upper cover. The scanner module of the present invention includes: a housing, a transparent glass cover, a guide rod, a carrying device, a contact member and an adjustment member. In the embodiment of the present invention, the housing is hollow, and With an opening. A transparent glass cover is set in the opening of the casing to place the scanned object. The guide rod is disposed in the casing. The carrying device has a mounting surface for mounting the contact image sensor, and is provided on the guide rod member in a movable manner, and is used to scan the scanned 579647 through the transparent glass cover. V. Invention Explanation (3) Insert the trace object ^ > Don't set up contact: Du You should install a mounting slot on the mounting surface of the load device, and divide the load device to adjust the installation slot. The adjusting member is arranged to contact the contact member; = = Do not protrude the mounting surface, so that when it is set to = the entire member, the contact member can be adjusted to protrude and detach, so that the scanned object touches the image sensor to the transparent glass cover. Distance: until the scanned image of the object is completely clear. Ma let this new type of μ +, understand, the following special features ^ ^ ί, characteristics, and advantages can be more obvious and easy to understand as follows: + Father Jia Guan Example 'and in conjunction with the accompanying drawings, make a detailed description of the drawings briefly Shows a schematic diagram of a conventional bearing device; a perspective view V ′, and a scanning device with a conventional contact image sensor, which is not according to a preferred embodiment of the present invention, and has a CIS that can focus on the moon An exploded perspective view of the scanner module; /, with adjustment Figure 4 shows the light diagram of the present invention; r Xinjia only shows the cross section of the bearing device of the example. Figure 5 A shows the exploded perspective view of the elderly of the present invention; Figure 5B shows an exploded perspective view of an adjustable roller and a carrying device of the present invention. 、 &Amp; 彳 Adjustable wear-resistant block and load-bearing symbol description 4 ~ th-shell; through ~ opening; 41 ~ transparent glass cover; 5 ~ shell; 579647 V. Description of the invention (4) 50 ~ shell seat; 51 ~ Guiding rod piece; 52 ~ Drive device; 6 ~ Loading device; 60 ~ Crossing section; 61 ~ Roller; 7th first housing; 710 ~ Shell seat; Π1 ~ Guiding member; 72 ~ Second shell Body; 72H ~ opening; 72G ~ transparent glass cover; 72G1 ~ first-surface; 72G2 ~ second surface; 8 ~ bearing device; 82 ~ crossing part; 830 ~ contact member; 830F ~ contact wear block; 83 0W ~ Contact roller; 83 anti-slip screw; 84 ~ mounting groove; W ~ roller; U ~ roller seat. DESCRIPTION OF THE PREFERRED EMBODIMENT FIG. 3 is an exploded perspective view showing a CIS scanner module with adjustable focal length according to a preferred embodiment of the present invention. The external structure of the scanner module of the present invention includes a housing with a hollow shape and an opening, and a transparent glass cover 72G provided at the opening of the housing for placing a scanned object (not shown). The housing may further include a first housing 71 and a second housing 72, wherein the first housing 71 is a housing seat 71 0 having a recessed space for providing the following main devices and components; and The first housing 72 is a shell seat having an opening 72H for mounting and fixing a transparent glass cover 72G. The transparent glass cover 72G has an upper surface 72G1 and a lower surface (not labeled). A housing 71 includes a guide rod member 711, a contact image sensor (not shown in the figure), a carrying device 8 and a driving device 52. Inside the guide cover. Touch the image sensor to scan the known object through the clear glass ^ 对 72G. The carrying device 8 has a contact lens sensor for women's wear, and two rods m are arranged in a movable manner for scanning through a transparent glass cover. The driving device 52 is disposed in the housing and connected to the bearing: Page 7 579647 V. Description of the invention (5) The driving device 52 is driven to move on the guide including more than one hibiscus. The supporting device 8 and a contact member 830 disposed in the women's dress slot. Fig. 4 shows the intent of the present invention in Fig. 4 (not shown). The section of the private good Λ known example with a bearing device is shown in the figure. A bearing lane lift (not shown) and a spanning section of 82 pieces = a touch image sensor. Contact image sensor contact = virtual dry Describe the image of the object. The straddling portion 82 is a second load) is used to read a guide inside the housing of the scanned device; the bearing device 8 can be straddled to move on the guide rod member 711. The dry contact member 8々 ′ enables the bearing unit 8 to be installed in an installation groove (not shown) of the device 8; 0j 糸 is respectively provided on the bearing 830 and the transparent glass cover 72g is in close contact with each other and the contact member 831 is respectively Set at a proper gap D of the carrying device. The adjusting member 830 protrudes from the mounting surface, respectively, to adjust these contacts, respectively, is located on the focal length of the contact image sensor, and one: the type of the contact member invented by the scanned object includes the scanned image of the connector. This first embodiment has a withering wheel and a contact wear block. Figure 5A shows a toilet with adjustable wheel. As shown in the figure, the contact roller 83 〇w package == the decomposition stand U like the sensor. With this roller W, the supporting device 8 and the roller W and a roller are brought into contact with each other and can be moved. The roller base u is set tightly inside the J-glass cover 72G, and the roller base U holds the roller μ so that the mounting groove 84 in the 8 is rotated. In the first embodiment of the present invention, a non-slip screw 579647 can be attached to the roller seat I] β hall member. 5. Description of the invention (6) --- 831 is used to adjust the height of the roller w protruding from the bearing device 8. The two contact rollers 8 3 0W that are not in line can form a plane, and the non-slip screw 831 can adjust the height of these rollers W to protrude the bearing device 8 so that the positions of the scanned objects are located on the focal length of the contact image sensor. . After the focal length adjustment of the contact image sensor is completed, the anti-screw is further fixed by using glue 831. Second Embodiment FIG. 5B shows an exploded perspective view of the adjustable wear block and the contact image sensor. As shown in the figure, the contact member 83 of the second embodiment of the present invention is a contact wear block 83OF. The contact wear blocks 83 ° F are respectively disposed in the mounting grooves 84 of the bearing device 8. The carrier device 8 is in close contact with the clear glass cover 72G via these contact wear-resistant blocks 830f and can be slid and disposed in the contact member carrier box 84. The adjusting member of the second embodiment of the present invention is a non-slip screw 831 for adjusting the height of the bearing device 8 protruding from the contact wear-resistant block 830F. , ... A total of three linear contact wear-resistant blocks 83 ° F can form a flat surface ^ and = turn the non-slip screw 831 to adjust the contact wear-resistant block 83 ° F to protrude from the load bearing device 8 so that the positions of the scanned objects are all Located on the distance of the contact image sensor. When the focal length of the contact image sensor is adjusted, fix the non-slip screws with glue. In order to achieve the most accurate adjustment, the three sets of contact members and adjustment members on the line of the focal length of the touch image sensor can be adjusted for the purpose of the invention. The positions of the scanned objects are all located in the described embodiments. All of them have been used “in use” and a set of adjustments have been made to form an acceptable image to achieve this 579647. V. Description of the invention (7) Platform 2 == type image, In addition to the scanner module can be applied to devices, such as: pass straight 媳 ^, heart is used for other contact image reading machine, photocopying devices, etc. Although the present invention has been disclosed in a preferred embodiment, such as limiting the present invention, anyone who studies this work sounds like ",, it is not used as a god and a fan ... when it is possible; because t: departure from the essence of the present invention ^ ^ ^ Changes and retouching at first glance, therefore, the scope of protection of the present invention is defined by the scope of patent application attached hereto.