200826889 九、發明說明： 【發明所屬之技術領域】 一種拖把擦拭面之結構改良’尤指一種拖把於擦拭面形成不同方 向且相互交錯之顆粒狀的凸部，於清潔時能有效的將灰塵及垃圾屬沾 附於擦拭布上。 【先前技術】 拖把，在日常生活的清潔工作中係為一項不可或缺的清潔工具， 然’目前的組合式拖把就是利用接管的組接在於基座上設置一擦拭 布，並於使用後只需將擦拭布更換，其目的就是希望針對傳統拖把擦 拭清潔不易且易將手碰觸髒污納垢。 然而清潔拖把之種類眾多，如公告號：1232742及公告號：366793 可看出清潔拖把其支撐桿係由分段方式連接組合，且固定擦拭布係由 按壓夾扣方式固定，並於擦拭面形成一弧形曲面且於擦拭面周邊形成 複數突出部，以便於擦拭時增加接觸面的施力，而清潔過程當中我們 經吊會發現於地板於擦拭後仍會留下部分的垃圾屑及灰塵，此時就需 不斷的反覆擦拭或以手持擦拭布予以擦拭，其耗費使用者清潔之時間 及體力。 有見於上述背景情況，創作人深研能於擦拭面增加複數顆粒狀的 凸部’並於其中以不同方向且相互交錯之溝槽排列，相信擦拭地板這 樣的苦差事對於清潔者而言就可以輕鬆的完成，也就不會手忙腳亂耗 費時間。 5 200826889 【發明内容】 本發明拖把擦拭面之結構改良之主要目的，係供擦拭紙能完全的 被使用係； 本發明拖把擦拭面之結構改良之次主要目的，賦予拖把於擦拭時 能有效的清潔； 職是’為能完成前揭訴求，提供一種組合式拖把結合，其中於擦 拭面形成近似一山脊狀，其於具有弧形面之擦市面上以最高點之左、 右兩侧形成複數顆粒狀之凸部，而賦予擦拭面與不平整之地面接觸時 更能有效的清潔，使其擦拭時可將大小垃圾屑及灰塵清除。 有關本創作之詳細說明及技術内容，現配合圖式說明如下： 【實施方式】 首先，請同時參閱『第1圖』所示，圖中見悉，係為本發明拖把 擦拭面之結構改良，該拖把i至少包括有複數接管u、一基座12與一 擦拭板13所組構而成；其中該複數接管丨丨，係為一中空之管體，經由 複數官體的串接予以適當的長度以便利擦拭，並經由一連接體15將接 i 11之扣置邛11〇與基座12之扣置座121連接，並可適當的作3β〇 度方疋轉，一基座12，係為一長方矩形體，於中央部設有一扣置座d 係藉由-連接體15將接管u之扣置部11〇連接，而於頂面之四角處 形成複數炎扣部120，以供擦拭布夾扣於其巾予㈣定；—擦拭板13， 係為-凹型之細彡體，翻陷部係對應祕座12之底面，而擦拭面⑽ 係形成複細減之凸部13Q1做扣擦鱗後與地面觀時，可依地 6 200826889 形的不同而變形並予以清潔除塵。 再喷同日寸參閱『第2圖、第2-1圖、第3圖、第4-1圖及第4-2 圖』所7Γ目巾見悉’係為本㈣拖把賊面之結構改良，該擦拭板 13之擦拭面130係為魏似—山脊狀，而山脊狀尖端處亦為擦拭面之 = 开^成弧形面或斜面，而該擦拭面130之左右端部與最高 ^ X $成落差h，另於該擦拭面130以最高點χ為中心點，其於左、200826889 IX. Description of the invention: [Technical field of invention] A structure improvement of a mop wiping surface, in particular, a granular convex portion in which mops are formed in different directions on the wiping surface and interlaced with each other, and can effectively remove dust and dust during cleaning. Garbage is attached to the wipe. [Prior Art] The mop is an indispensable cleaning tool in the daily cleaning work. However, the current combination mop is to use a take-up assembly to set a wipe on the base and after use. Simply replace the wipes, the purpose is to wipe the cleaning of the traditional mop is not easy and easy to touch the dirt. However, there are many types of cleaning mops, such as the bulletin number: 1232742 and the bulletin number: 366793. It can be seen that the support mop of the cleaning mop is connected by a segmented manner, and the fixed wiping cloth is fixed by pressing the clip and formed on the wiping surface. A curved curved surface forms a plurality of protruding portions around the wiping surface, so as to increase the force applied to the contact surface during wiping, and during the cleaning process, we will find that some dust and dust are left on the floor after wiping. At this time, it is necessary to repeatedly wipe or wipe with a hand-held wipe, which consumes the user's cleaning time and physical strength. In view of the above background, the creator can deeply add a plurality of granular protrusions on the wiping surface and arrange them in different directions and interlaced grooves. It is believed that the chore of wiping the floor can be used for the cleaner. Easy to complete, it will not be too busy and time consuming. 5 200826889 SUMMARY OF THE INVENTION The main purpose of the structural improvement of the mop wiping surface of the present invention is that the wiping paper can be completely used; the main purpose of the structural improvement of the mop wiping surface of the present invention is to provide the mop with an effective effect when wiping. Cleaning; The job is to provide a combination mop combination for the purpose of completing the previous claim, which forms a ridge-like shape on the wiping surface, which forms a complex number on the left and right sides of the highest point on the rubbed surface with the curved surface. The granule-like convex part can effectively clean the wiping surface when it comes into contact with the uneven ground surface, so that the size of the dust and dust can be removed when wiping. The detailed description and technical contents of this creation are as follows: [Embodiment] First, please refer to the "Figure 1", which is shown in the figure, which is the structural improvement of the wiping surface of the mop of the present invention. The mop i includes at least a plurality of sockets u, a base 12 and a wiping sheet 13; wherein the plurality of nozzles is a hollow tube body, which is appropriately connected by a plurality of body bodies. The length is convenient for wiping, and the buckle 11 of the connector 11 is connected to the buckle seat 121 of the base 12 via a connecting body 15, and can be appropriately rotated by a 3β twist, a base 12, For a rectangular rectangular body, a fastening seat d is arranged at the central portion, and the fastening portion 11 of the connecting tube u is connected by the connecting body 15, and a plurality of squeezing portions 120 are formed at the four corners of the top surface for The wiping cloth clip is fastened to the towel (4); the wiping plate 13 is a concave-shaped fine body, the collapsed portion corresponds to the bottom surface of the secret seat 12, and the wiping surface (10) is formed into a complex and reduced convex portion 13Q1. When the scale is buckled and the ground is viewed, it can be deformed according to the shape of the ground 6 200826889 and cleaned and dusted.Re-spray the same day, see "Figure 2, Figure 2-1, Figure 3, Figure 4-1 and Figure 4-2". The 7-inch eyepieces are seen to be 'system-based (four) mop thief face structure improvement, The wiping surface 130 of the wiping sheet 13 is in the shape of a Wei-ridge, and the ridge-shaped tip is also a wiping surface = an arc-shaped surface or a beveled surface, and the left and right ends of the wiping surface 130 are the highest ^ X $ The difference is h, and the wiping surface 130 is centered at the highest point ,, which is on the left,
右兩平面佈設複數顆粒狀之凸部酿，該凸部-同獅成-孤面或斜 面； J a凸1301之端部暨與平s 14接觸端之週圍形成有適當的 斜面1302、1302，而擦拭板13與平面14接觸時，由於擦拭面⑽與 顆粒狀之凸部13G1形成—_面，使而與平面14接觸時該凸部聰 經擠壓後使㈣加轉阻力，且觸錄之畴可因地形凹凸的 變化具有適當的變形裕度，藉此，可將較不平之平面14中的大小垃圾 屑及灰塵清除。The right two planes are arranged with a plurality of granular convex portions, and the convex portion is formed with the lion-orphaned surface or the inclined surface; the end of the contact portion of the J a convex 1301 and the contact end of the flat s 14 are formed with appropriate inclined surfaces 1302 and 1302, When the wiping sheet 13 is in contact with the flat surface 14, the wiping surface (10) forms a _-face with the granular convex portion 13G1, so that when the surface is in contact with the flat surface 14, the convex portion is squeezed to make the (four) rotation resistance, and the touch is recorded. The domain can have an appropriate deformation margin due to the change of the unevenness of the terrain, whereby the size and dust in the uneven plane 14 can be removed.
，另再請同時參閱『第5—!圖、第5_2圖、第㈠圖、第Μ圖 第63圖第71圖第7_2圖及第8圖』所示，圖中見悉，該擦法 面130中之凸部1301其排歹的位置以一區塊為翠位，可為一方_ 中將凸部13〇1分佈於四角端處，又於一方型區财將凸部腿^ 於四邊中心部等排列方式； ▲然’於擦拭面130上該錄狀之凸部腿所分佈的位置以弧面焉 尚點X為中心點，其於左、右兩平面佈設複數顆粒狀之凸部蘭，^ 200826889 由複數顆粒狀之凸部1301組成複數區塊方式佈設，而於區塊間形成導 屑溝131，且凸部13〇1之分佈可為近似〈型或弧形之區塊排列組合， 而該區塊無論〈型或弧形，其區塊之Z點皆大於或等於區塊之γ點； 由於無論是水泥地、磁碑或木製地板等皆無法達到真平面，倘保 擦拭面130為平面經相互摩擦後，該擦拭面130中央部則無法與平面 14接觸到，只僅於四邊週圍接觸，無法達到擦拭的效果，而擦拭面 以弧面或斜面設置，並於其中佈設顆粒狀之凸部13〇1，則無論於任何 變化之平面皆可將所沾附的垃圾屑及灰塵清除，且依使用拖把丨的慣 性，向刚推則與孤面最高點X 一端面接觸，而向後拉則與弧面最高點X 之另一端面接觸，可將前次未擦拭之處在予以擦拭，另嵌卡於縫隙間 之灰塵，可因凸部1301具有適當變形裕度，將缝隙間之灰塵清除。 又本發明-種拖把擦拭面之結構改良其擦拭面除了形成一大孤面 及雙斜科，另可形紐紐面膽射佈職數凸部麗，可於清 潔擦拭時更能將大小垃圾屑及灰塵沾附清除， 本發明-種拖把_面之結構改良主要係於誠板13之擦找面 130形成一弧形面’並於擦拭面13〇上設置複數顆粒狀之凸部⑽丄結 構並以區塊方式，而藉由與平面14接觸擠壓時，該凸部腦亦產生 適當的變形增加雜阻力，可縣法_真平面之平面14的大小垃圾 屑及灰塵沾附於職布上予以清除；綜合以上所述者，僅為本創作所 運用之較佳實施儀已’並_佩定摘作實施之範圍。即凡依本 創作申請專___轉變倾修飾，皆為本·專職圍所涵 8 200826889 蓋。 【圖式簡單說明】 第1圖：係本發明拖把擦拭面之結構改良之立體示意圖。 第2圖：係本發明拖把擦拭面之結構改良之剖面示意圖。 第2-1圖：係本發明拖把擦拭面之結構改良之另一剖面示 意圖。 第3圖：係本發明拖把擦拭面之結構改良之側面示意圖。 第4-1圖：係本發明拖把擦拭面之結構改良之接觸狀態示 意圖。 第4-2圖：係本發明拖把擦拭面之結構改良之擦拭面之凸 部示意圖。 第5-1圖：係本發明拖把擦拭面之結構改良之顆粒單一區 塊示意圖。 第5-2圖：係本發明拖把擦拭面之結構改良之另一顆粒單 一區塊示意圖。 第6-1圖：係本發明拖把擦拭面之結構改良之擦拭面顆粒 分佈區塊不意圖。 第6-2圖：係本發明拖把擦拭面之結構改良之另一擦拭面 顆粒分佈區塊不意圖。 第6-3圖：係本發明拖把擦拭面之結構改良之又一擦拭面 顆粒分佈區塊示意圖。 200826889 第7-1圖：係本發明拖把擦拭面之結構改良之使用狀態示 意圖。 第7-2圖：係本發明拖把擦拭面之結構改良之另一使用狀 態示意圖。 第8圖：係本發明拖把擦拭面之結構改良之擦拭面另一實 施例示意圖。 【主要元件符號說明】 拖把1 接管11 扣置部 110 基座12 夾扣部120 扣置座 121 擦拭板13 擦拭面130 凸部1301 斜面 1302、1302/ 導屑溝131 平面14 連接體15Please also refer to "5-!, Figure 5-2, (I), Figure 63, Figure 71, Figure 7_2 and Figure 8), the figure shows that the face The convex portion 1301 of the 130 is located at a position of a row, and may be a _ middle convex portion 13 〇 1 distributed at the four corner ends, and in one type region, the convex portion legs are at the center of the four sides The arrangement of the parts and the like; ▲然' on the wiping surface 130, the position where the recorded convex legs are distributed is centered on the curved surface point X, and a plurality of granular convex portions are arranged on the left and right planes. , ^ 200826889 is composed of a plurality of granular convex portions 1301 composed of a plurality of blocks, and a chip ditch 131 is formed between the blocks, and the distribution of the convex portions 13〇1 can be an approximate <type or curved block arrangement. Regardless of the shape or the arc, the Z point of the block is greater than or equal to the γ point of the block; since the concrete floor, the magnetic monument or the wooden floor cannot reach the true plane, if the wipe surface is 130 is the plane after rubbing against each other, the central portion of the wiping surface 130 can not be in contact with the plane 14, only the four sides are in contact, unable to reach The effect of wiping, and the wiping surface is arranged in a curved surface or a beveled surface, and the granular convex portion 13〇1 is disposed therein, so that the scattered garbage and dust can be removed regardless of any changed plane, and The inertia of the mop , is in contact with the end face of the highest point X of the lone face, and the end face is contacted with the other end face of the highest point X of the arc surface, and the previous unwiped place can be wiped, and the card is additionally inserted. The dust between the gaps may be removed by the convex portion 1301 with appropriate deformation margin. In addition, the structure of the mop wiping surface of the mop is improved in addition to forming a large orphan and double oblique section, and the shape of the button of the button can be used to clean the wipe. The dust and dust are removed and removed. The structure improvement of the mop _ surface of the present invention is mainly to form a curved surface on the wiping surface 130 of the slab 13 and to provide a plurality of convex portions (10) on the wiping surface 13 丄The structure is in a block mode, and when it is pressed by contact with the plane 14, the convex brain also generates appropriate deformation to increase the impurity resistance, and the size of the plane 14 of the county law _ true plane is contaminated with dust and dust. The cloth is removed; in summary, the preferred implements used in this creation are only included in the scope of implementation. That is to say, according to this creation application, the ___ transformation is modified, all are based on the full-time culvert 8 200826889 cover. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the structure improvement of the wiping surface of the mop of the present invention. Fig. 2 is a schematic cross-sectional view showing the structure improvement of the wiping surface of the mop of the present invention. Fig. 2-1 is another cross-sectional view showing the structural improvement of the wiping surface of the mop of the present invention. Fig. 3 is a side elevational view showing the structural improvement of the wiping surface of the mop of the present invention. Fig. 4-1 is a view showing the improved contact state of the wiping surface of the mop of the present invention. Fig. 4-2 is a schematic view showing the convex portion of the wiping surface of the structure of the mop wiping surface of the present invention. Fig. 5-1 is a schematic view showing a single block of the structure of the mop wiping surface of the present invention. Fig. 5-2 is a schematic view showing another single block of the structure of the mop wiping surface of the present invention. Figure 6-1: The wiping surface particle of the wiping surface of the mop of the present invention is not intended to be distributed. Fig. 6-2: Another wiping surface of the wiping surface of the mop wiping surface of the present invention is not intended to be a particle distribution block. Fig. 6-3 is a schematic view showing another wiping surface particle distribution block of the structure of the mop wiping surface of the present invention. 200826889 Fig. 7-1 is a view showing the state of use of the structural improvement of the mop wiping surface of the present invention. Fig. 7-2 is a view showing another use state of the structure improvement of the mop wiping surface of the present invention. Fig. 8 is a view showing another embodiment of the wiping surface of the structure of the mop wiping surface of the present invention. [Main component symbol description] Mop 1 Connector 11 Deduction portion 110 Base 12 Clamping portion 120 Clamping seat 121 Wiping plate 13 Wiping surface 130 Convex 1301 Bevel 1302, 1302/ Guide groove 131 Plane 14 Connector 15
最南點XSouthernmost point X