200846092 九、發明說明： 【發明所屬之技術領域】 本發明涉及-種清潔器，尤其涉及一種用於清潔玻璃 之清潔器。 【先前技術】 隨著多媒體技術之發展’照相機、數位相機、手機昭 相鏡頭等成像器材越來越為廣大消費者青昧，目前，料 ,2像器材中之鏡頭模組中之很多元件，大多係採用玻璃製 t=rr、iR轉外濾光片)等。上述鏡㈣ 件在制程中，由於靜電效應，易吸附灰塵，造成不良σ。 =在進行鏡頭模組組裝前，需對所述鏡件進行 /月 >糸作業，去除其表面之灰塵。 =而’傳統方法多以人工用無塵棉簽來蘸取酒精來捧 U學鏡頭模組元件等玻璃製品，此種方法費 =且易造成二次污染。因此，在大批量生產.何 類玻璃加工件之後續清潔工作，成為-個極其 【發明内容】 鏡頭等::要提供一_迅速有效進行清潔之 傈、、且兀件寺玻璃元件之清潔工具。 個外：種:：！2於清潔光學鏡片等玻璃元件，包括- , 個知突出於外殼之按壓件、一個、、主、知$ β 個連接於按壓件與 们糸頭及一 内筒運動，以你幻 同，所述按愿件可推動 吏π冷頭由外殼一開口處露出，進行清潔操 5 200846092 作。 本發明提供之清潔器，使用時，只需按下按壓件，露 出清潔頭，通過清潔頭對玻璃元件進行清潔，可以迅速帶 走玻璃上之灰塵，不使用時，清潔頭收納於外殼内，可以 避免污染。 本發明提供之清潔器，具有結構簡單，操作方便，可 以重復使用，並能避免污染等優點。 【實施方式】 下面將結合附圖，對本發明作進一步之詳細說明。 請參閱圖1和圖2,係本發明實施例提供之一種清潔器 100，可用於清潔光學鏡片等玻璃元件。該清潔器100包括 一個外殼10、一個一端突出於外殼10之按壓件20、一個 清潔頭40及一個連接於按壓件20與清潔頭40之間的内筒 30，所述按壓件20可推動内筒30運動，以使清潔頭40由 外殼一開口 12處露出，進行清潔操作。 所述外殼10即一個類似於自動鉛筆外殼形狀之殼體， 其主要係用於包裹按壓件20、内筒30和清潔頭40。所述 外殼10還具有兩個開口，開口 11和開口12，其分別位於 外殼10之上下兩個端部。其中開口 11位於外殼10之上端 部，按壓件20部分伸出於開口 11，部分包裹於外殼10之 内部。而開口 12則位於外殼10下端部，當按壓件20處於 按壓之狀態時，清潔頭40從開口 12露出，可以執行清潔 操作。 所述按壓件20包括一固定柱21、一旋轉柱22和兩個 6 200846092 位於旋轉柱22上之卡槽23及卡槽24。所述固定柱21上進 一步包括一段外螺紋211，所述旋轉柱22上進一步包括一 段與所述外螺紋211相配合之内螺紋221。所述旋轉柱22 可以在所述螺紋之配合下，繞所述固定柱21旋轉。所述卡 槽23及卡槽24交錯分佈，一個位於旋轉柱22之下部，一 個位於旋轉柱之上部22。卡槽23、24之結構、大小都相同。 所述卡槽爲一個四面之凹槽，其邊角圓滑，且其具有一定 之深度。 ® 所述清潔器100進一步包括一個位於外殼10内之卡固 件25。所述卡固件25包括一彈簧251、一卡柱252和一用 於固定彈簧251和卡柱252之殼體253。所述卡固件25固 定於外殼10之内壁上。所述彈簧251之一端抵住外殼之内 壁，另一端抵住卡柱252。所述卡柱252爲圓柱體結構，其 前段之邊角圓滑，具有一定之弧度。 請進一步參閱圖3和圖4,本實施例提供之清潔器之卡 ⑩槽23具體結構爲一個四面凹槽，其内壁具有一個上侧面 231、底面232、下#1面233及左、右兩#1侦】面234、235。 其中下侧面233、左侧面234及右侧面235皆與底面232 所成角度爲鈍角，例如為120度。而上側面231與底面232 之角度爲直角。亦即，上侧面231與底面232之關係係垂 直，而另外三個侧面與底面均具有一定之斜度。這樣設計 之目的是，當轉動旋轉柱22，使彈簧251向内壓，由於卡 槽23之三個面皆爲斜面，則卡柱252可以從任何一個斜面 滑出，從而可以滑出卡槽23。而卡槽23之上側面231之所 7 200846092 以不叹a十成斜面，係爲了，在使用清潔器時，由於對清潔 頭40之按壓，會使卡柱252受到一個向上之力，如果這裏 卡槽23内壁之上側面亦係—個斜面，則卡柱252有可能由 於按壓清潔頭而使卡柱252從卡槽中滑出。 卡槽23和卡槽24結構完全相同。本實施例中，卡槽 23 ’24爲-個四面凹槽之結構，實際上，其亦可以為圓形 凹槽或橢圓形凹槽’其内壁至少一部分側面爲與内壁底面 ，大角度之斜面即可，但值得注意的是，此凹槽之上側面 /、底面最好係垂直關係，否則卡#主252可能會在使用中滑 出卡槽。 所述卡柱252和按壓件20上之卡槽23及卡槽24可以 相互配合’而使卡柱252卡在卡槽23或卡槽^内，從而 使备屢件20可以保持按壓狀態及非按壓狀態之兩種狀態。 當不使用清潔器時，卡柱252卡在卡槽以内:按 壓件20、處於非按壓狀態，清潔頭4〇包裹在外殼⑺内，可 以避免被污染。而當使用時，只需旋轉旋轉柱22，使彈箬 251向内壓’則由於卡柱252之邊角係圓滑的，而卡槽二 之内壁有三個面均爲斜面’它可以從三個斜面之任音L個 面匕滑^卡槽23,因此這時，可以繼續旋轉旋轉柱^使其 沿固定柱21向下轉動，當轉動到旋轉柱22與内筒％接觸， 並同時按壓固定柱21，將卡槽24與卡柱252對準，並使盆 相互卡合，即可使按壓件2G保持按壓狀態， 頭 Π申出外殼1〇之開口 12外，即可使用該清_謂^ /糸各種玻璃元件。 8 200846092 所述内筒30内具有三個轉輪：出帶輪31、收帶輪32 . 和輔助帶輪33，其上纏繞著用於清潔玻璃之膠帶34，膠帶 34亦包裹著清潔頭40。出帶輪31上纏繞著若干圈乾淨之 膠帶，而收帶輪32用於收容已經使用過之膠帶。出帶輪31 套在轉轴311上，並且可以沿轉軸311做相對轉動，轉軸 311上進一步套著一齒輪312，膠帶34之轉動可以帶動齒 輪312進行轉動。收帶輪32具有一轉軸321，其上亦套著 一個齒輪322，齒輪321和齒輪322相互嚙合。辅助帶輪 * 33起到輔助膠帶轉動之作用，其具有轉轴331。使用時， 將清潔頭40之一個侧面抵住待清潔之玻璃表面，並在其上 做平行之移動，則隨著清潔頭40之移動，膠帶34在辅助 帶輪33之帶動下，會隨之繞動，並回繞於收帶輪32上， 這樣，就可以將使用過之膠帶及時收納於收帶輪32上。 當使用完後，只需要將旋轉柱22向上旋轉，使卡柱252 從卡槽24中滑出，並繼續向上旋轉，直至旋轉至清潔頭收 ❿回外殼以内，此時將固定柱向上拉並將卡槽23對準卡柱 252，將卡柱252插入卡槽23，從而可以固定内筒，並使清 潔頭保護於外殼内，防止清潔頭受損或被污染。 所述清潔頭40係一個呈三角形的，前端略扁之構造， 其上具有一個侧面41，當使用該清潔頭來清潔某些玻璃元 件時，需將該侧面41與待清潔玻璃元件緊緊相貼，並拉動 膠帶34，用膠帶34來帶走其上之灰塵等。膠帶34之材料 之主要成分爲聚氯乙稀（PVC)塑膠薄膜及粘膠劑，其亦可 以係PET基材及亞克力膠等材料組成。 9 200846092 本發明實施例提供之清潔器100在使用時，首先需旋 * 轉按壓件20之旋轉柱22，並同時按壓固定柱21，將卡槽 24與卡柱252對準，並使其相互卡合，即可使按壓件20 處於按壓狀態，此時，清潔頭40伸出外殼10之開口 12外， 即可使用該清潔器100來清潔各種玻璃元件。在使用時， 只需將清潔頭40對準想要清潔之部位，將清潔頭之侧面41 與待清潔玻璃元件緊緊相貼，並拉動膠帶34，用膠帶34 來帶走其上之灰塵。所述清潔膠帶34在辅助帶輪33之帶 鲁動下，會隨之繞動，並回繞於收帶輪32上，這樣，就可以 將使用過之膠帶及時收納於收帶輪32上。在出帶輪31上 可以纏繞少則幾米，多則十幾米長度之膠帶，因此使用起 來很方便。 所述膠帶之寬度，一般爲10〜20cm，其具體寬度需與 清潔頭、多個轉輪之尺寸相配合。如果膠帶需要較寬之尺 寸，那麼，相應之清潔頭和多個轉輪之寬度亦要做出相應 •之配合。這些都可以根據實際需要來定制不同之尺寸來滿 足各種需要。 本發明實施例提供之清潔器，其具有結構簡單，使用 方便之優點，並且，在不使用時，可以避免污染。 另外，本發明實施例提供之清潔器係用於清潔鏡頭模 組元件。可以理解的是，所述清潔器，不僅可以用於清潔 鏡頭模組元件，還可以用於清潔其他種類之玻璃加工件， 其適用範圍十分廣泛。 綜上所述，本發明符合發明專利要件，爰依法提出專 200846092 利申請。m所述者料本發明之較佳實施方式 發明之範圍並不以上述實施方式為限，舉凡熟習本案技藏 u士援依本發明之精神所作之等效修飾或變化，皆應、: 蓋於以下申請專利範圍内。 μ /Μ 【圖式簡單說明】 圖1係本發明實施例提供的一 剖視固 裡’月’糸扣處於未使用狀態之200846092 IX. Description of the Invention: [Technical Field] The present invention relates to a cleaner, and more particularly to a cleaner for cleaning glass. [Prior Art] With the development of multimedia technology, imaging devices such as cameras, digital cameras, and mobile phone camera lenses are becoming more and more popular among consumers. At present, many components in the lens module of the 2 image equipment are Most of them are made of glass t=rr, iR transfer filter). In the process of the above mirror (four), due to the electrostatic effect, it is easy to adsorb dust, resulting in poor σ. = Before performing the lens module assembly, the mirror member should be subjected to a /month > 糸 operation to remove dust from the surface. = And 'traditional methods mostly use artificial dust-free cotton swabs to extract alcohol to hold glass products such as U-learn module components. This method costs = and is likely to cause secondary pollution. Therefore, in the mass production, the subsequent cleaning work of the glass processing parts becomes an extremely [invention] lens, etc.:: To provide a cleaning tool that is quick and effective for cleaning, and the glass components of the temple . Outside: Kind::! 2 in the cleaning of optical components such as optical lenses, including -, the press member protruding from the outer casing, one, the main, the known $β connected to the pressing member and the hoe and an inner cylinder movement, to your illusion, The pressing member can push the 吏 冷 cold head to be exposed from an opening of the outer casing for cleaning operation 5 200846092. The cleaning device provided by the invention only needs to press the pressing member to expose the cleaning head, and the glass element is cleaned by the cleaning head, and the dust on the glass can be quickly taken away. When not in use, the cleaning head is stored in the outer casing. Can avoid pollution. The cleaner provided by the invention has the advantages of simple structure, convenient operation, repeated use, and avoiding pollution. [Embodiment] Hereinafter, the present invention will be further described in detail with reference to the accompanying drawings. Referring to FIG. 1 and FIG. 2, a cleaner 100 according to an embodiment of the present invention can be used for cleaning glass components such as optical lenses. The cleaner 100 includes a housing 10, a pressing member 20 whose one end protrudes from the housing 10, a cleaning head 40, and an inner cylinder 30 connected between the pressing member 20 and the cleaning head 40. The pressing member 20 can be pushed inside. The barrel 30 is moved so that the cleaning head 40 is exposed from the opening 12 of the outer casing for cleaning operation. The outer casing 10 is a casing similar to the shape of a mechanical pencil casing, and is mainly used to wrap the pressing member 20, the inner cylinder 30, and the cleaning head 40. The outer casing 10 also has two openings, an opening 11 and an opening 12, which are respectively located at the lower two ends of the outer casing 10. The opening 11 is located at the upper end of the outer casing 10, and the pressing member 20 partially protrudes from the opening 11, and is partially wrapped inside the outer casing 10. The opening 12 is located at the lower end portion of the outer casing 10. When the pressing member 20 is in the pressed state, the cleaning head 40 is exposed from the opening 12, and the cleaning operation can be performed. The pressing member 20 includes a fixing post 21, a rotating column 22 and two card slots 23 and a card slot 24 on the rotating column 22. The fixing post 21 further includes a section of external threads 211, and the rotating column 22 further includes a pair of internal threads 221 that cooperate with the external threads 211. The spin column 22 is rotatable about the fixed post 21 with the cooperation of the threads. The slots 23 and the slots 24 are staggered, one on the lower portion of the spin column 22 and one on the upper portion 22 of the spin column. The structure and size of the card slots 23, 24 are the same. The card slot is a four-sided groove having a rounded corner and a certain depth. The cleaner 100 further includes a fastener 25 located within the outer casing 10. The fastener 25 includes a spring 251, a post 252, and a housing 253 for the retaining spring 251 and the post 252. The fastener 25 is fixed to the inner wall of the outer casing 10. One end of the spring 251 abuts against the inner wall of the outer casing and the other end abuts against the post 252. The post 252 is a cylindrical structure, and the corners of the front section are rounded and have a certain degree of curvature. Referring to FIG. 3 and FIG. 4, the card 10 slot 23 of the cleaner provided in the embodiment has a four-sided groove, and the inner wall has an upper side 231, a bottom surface 232, a lower #1 surface 233, and left and right sides. #1侦# Face 234, 235. The lower side 233, the left side 234, and the right side 235 are all at an obtuse angle with the bottom surface 232, for example, 120 degrees. The angle between the upper side 231 and the bottom surface 232 is a right angle. That is, the relationship between the upper side 231 and the bottom surface 232 is vertical, and the other three sides and the bottom surface have a certain slope. The purpose of this design is that when the rotating column 22 is rotated to press the spring 251 inwardly, since the three faces of the card slot 23 are all inclined, the post 252 can slide out from any one of the inclined faces, so that the card slot 23 can be slid out. . The bottom surface 231 of the card slot 23 is not inclined to be a ten-slope, so that when the cleaner is used, the post 252 is subjected to an upward force due to the pressing of the cleaning head 40, if here The upper side of the inner wall of the card slot 23 is also a beveled surface, and the post 252 may cause the post 252 to slide out of the card slot by pressing the cleaning head. The card slot 23 and the card slot 24 are identical in structure. In this embodiment, the card slot 23'24 is a four-sided groove structure. In fact, it may also be a circular groove or an elliptical groove. At least a part of the inner wall of the inner wall is a bottom surface of the inner wall, and a large angle slope. Yes, but it is worth noting that the top/bottom of the groove is preferably in a vertical relationship, otherwise the card #主252 may slide out of the slot during use. The card post 252 and the card slot 23 and the card slot 24 on the pressing member 20 can cooperate with each other to cause the post 252 to be caught in the card slot 23 or the card slot, so that the spare member 20 can be kept pressed and non-aligned. Two states of the pressed state. When the cleaner is not in use, the post 252 is caught in the card slot: the pressing member 20 is in a non-pressing state, and the cleaning head 4 is wrapped in the casing (7) to avoid contamination. When in use, it is only necessary to rotate the rotating column 22 to press the magazine 251 inwardly. Then, since the corners of the post 252 are rounded, the inner wall of the card slot 2 has three faces which are beveled. The L-face of the inclined surface slides the card slot 23, so at this time, the rotating column can be further rotated to rotate downward along the fixed column 21, and when rotated to the rotating column 22, the inner cylinder is in contact with the inner cylinder, and the fixed column is simultaneously pressed. 21, the card slot 24 and the post 252 are aligned, and the basins are engaged with each other, so that the pressing member 2G can be kept pressed, and the head Π is applied outside the opening 12 of the outer casing 1 to use the clear _糸 Various glass components. 8 200846092 The inner cylinder 30 has three reels: an output pulley 31, a take-up reel 32. and an auxiliary pulley 33 on which a tape 34 for cleaning glass is wrapped, and the adhesive tape 40 also wraps the cleaning head 40. . A plurality of loops of clean tape are wound around the pulley 31, and the take-up reel 32 is used to receive the used tape. The output pulley 31 is sleeved on the rotating shaft 311, and can be relatively rotated along the rotating shaft 311. The rotating shaft 311 is further sleeved with a gear 312, and the rotation of the tape 34 can drive the gear wheel 312 to rotate. The take-up reel 32 has a shaft 321 on which a gear 322 is also fitted, and the gear 321 and the gear 322 are engaged with each other. The auxiliary pulley * 33 functions to assist the rotation of the tape, and has a rotating shaft 331. In use, one side of the cleaning head 40 is pressed against the surface of the glass to be cleaned, and parallel movement is performed thereon. As the cleaning head 40 moves, the tape 34 is driven by the auxiliary pulley 33. The winding is wound around and wound around the take-up reel 32, so that the used tape can be temporarily stored on the take-up reel 32. When used, it is only necessary to rotate the rotating column 22 upwards, so that the post 252 slides out of the slot 24 and continues to rotate upward until it is rotated until the cleaning head is retracted into the casing, and the fixing column is pulled up. The card slot 23 is aligned with the post 252, and the post 252 is inserted into the card slot 23 so that the inner tube can be fixed and the cleaning head can be protected inside the housing to prevent the cleaning head from being damaged or contaminated. The cleaning head 40 is of a triangular shape with a slightly flat front end and has a side 41 thereon. When the cleaning head is used to clean certain glass components, the side surface 41 needs to be tightly attached to the glass component to be cleaned. Stick and pull the tape 34 and use the tape 34 to remove the dust and the like. The main component of the material of the tape 34 is a polyvinyl chloride (PVC) plastic film and an adhesive, which may also be composed of a PET substrate and an acrylic adhesive. 9 200846092 The cleaning device 100 provided by the embodiment of the present invention firstly needs to rotate the rotating column 22 of the pressing member 20 and simultaneously press the fixing post 21 to align the card slot 24 with the post 252 and make them mutually With the engagement, the pressing member 20 can be pressed, and at this time, the cleaning head 40 extends out of the opening 12 of the outer casing 10, and the cleaner 100 can be used to clean various glass elements. In use, simply align the cleaning head 40 with the area to be cleaned, attach the side 41 of the cleaning head to the glass element to be cleaned, and pull the tape 34 to remove the dust from it with the tape 34. The cleaning tape 34 is circumscribed by the belt of the auxiliary pulley 33, and is wound around the take-up reel 32 so that the used tape can be temporarily stored on the take-up reel 32. On the take-up reel 31, it is possible to wind a tape of a few meters and a length of more than ten meters, so that it is convenient to use. The width of the tape is generally 10 to 20 cm, and the specific width thereof is matched with the size of the cleaning head and the plurality of runners. If the tape requires a wide size, the corresponding cleaning head and the width of the multiple runners must also be matched accordingly. These can be customized to meet different needs according to actual needs. The cleaner provided by the embodiment of the invention has the advantages of simple structure and convenient use, and can avoid pollution when not in use. In addition, the cleaner provided by the embodiment of the present invention is for cleaning a lens module component. It will be appreciated that the cleaner can be used not only for cleaning lens module components, but also for cleaning other types of glass workpieces, and has a wide range of applications. In summary, the present invention complies with the requirements of the invention patent, and the application for the special 200846092 is filed according to law. The scope of the invention is not limited to the above-described embodiments, and equivalent modifications or variations made by the skilled artisan in accordance with the spirit of the invention are as follows: It is within the scope of the following patent application. μ /Μ [Simplified description of the drawings] Fig. 1 is a cross-sectional view of the embodiment of the present invention, which is in an unused state.
圖2係圖i中之清潔器處於使用狀態之剖視圖 圖3係圖2中II〗部分之局部放大剖視圖。 圖4係圖3中所示之結構之側視圖。Figure 2 is a cross-sectional view showing the cleaner of Figure i in use. Figure 3 is a partially enlarged cross-sectional view of the portion of Figure II. Figure 4 is a side elevational view of the structure shown in Figure 3.
【主要元件符號說明】 清潔器 100 開Π 11,12 固定柱 21 旋轉柱 22 卡槽 23,24 底面 232 左侧面 234 卡固件 25 卡杈 252 内筒 30 轉軸 311,321,331 收帶輪 32 膠帶. 34 外殼 10 按壓件 20 外螺紋 211 内螺紋 221 上侧面 231 下侧面 233 右侧面 235 彈簧 251 殼體 253 出帶輪 31 齒輪 312,322 辅助帶輪 33 清潔頭 40 π[Main component symbol description] Cleaner 100 opening 11,12 fixing column 21 rotating column 22 card slot 23,24 bottom surface 232 left side 234 fastener 25 card 252 inner cylinder 30 rotating shaft 311,321,331 receiving pulley 32 tape. 34 housing 10 Pusher 20 External thread 211 Inner thread 221 Upper side 231 Lower side 233 Right side 235 Spring 251 Housing 253 Pulley 31 Gear 312, 322 Auxiliary pulley 33 Cleaning head 40 π