201114399 六、發明說明： 【發明所屬之技術領域】 本發明為提供一種長絨拖把布之改良，尤其是扑 一種利用切割方式增加清潔效果之拖把布結構。 【先前技術】 按’拜工業的發達與科技的進步所賜，清潔用品 推陳出新，種類與用途也越來越多元化，使用上也越 來越省力與便利，以拖把為例，以往在清潔地面時所 使用的傳統拖把，不僅整體重量較重、體積大，使用 上費力費時且清除污垢效果低，因而目前市面上有所 謂的除塵拖把以取代以往傳統的拖把，而除塵拖把的 結構乃在於拖把底部與地面接觸部分，包覆有一特殊 布體，以特殊布體取代傳統拖把的布條來清除與吸附 髒污，除了除塵效果更大大的提高以外，除塵拖把整 體重里與體積都相對的較輕、較小，一般市售的除塵 拖把種類雖玲郎滿目、種類多樣，但是大部分的除塵 拖把上所包覆的除塵布除了使用壽命極短且容易破損 之外’其最大的缺失在於吸附髒污效果有限，由於除 塵布上所設置之接觸除塵部，大都僅只以同一方向設 置，且礙於材質之故，使除塵布無法確實達到除塵之 目的。 L S1 201114399 故，上述問題，將是在此領域技術者所欲解決之 困難所在。 【發明内容】 故，創作人有鑒於上述先前技術所述之不足，提 出一種利用切割方式增加清潔效果之拖把布結構，其 主要具有下列目的。 本發明之第一目的在於：清潔布主要是在基布上 以複數熱融線所形成之矩形設置纖維層，並在矩形之 fe圍内設置有複數對應之切割線，而被切割線切割之 纖維層成為拂塵端，而未被切割之纖維層為集塵部， 由拂塵端清除不同性質與顆粒大小塵屑，而集塵部則 是可收集顆粒較大或是較重之灰塵顆粒，藉此以提高 清潔布清潔效果之目的。 本發明之第二目的在於：其中，複數切割線之切 割方向與纖維層呈一角度之切割，而不與纖維層呈垂 直方向切割’除了可切割形成有複數不同方向伸展之 拂塵端之外，並可達到防止因摩擦等外力導致基布造 成變形情況發生之目的。 【實施方式】 為了達成上述各項目的以及功效，於此謹搭配圖 式，舉一較佳實施例，俾便在此領域中具通常知識者 能夠就各項目的據以實施。 201114399 首先，請參閱第一圖、第二圖、第三圖、第四圖 與第五圖，為本發明之立體外觀圖、立體分解圖、局 部示意圖與較佳實施例圖，圖中清楚指出，清潔布工 主要包括有： 一基布2，其二對應邊各對折有一反折邊2工； 一纖維層3，設置於基布2上； 複數熱融線4，用以將纖維層3設置於基布2表 # 面上’並形成多個連續或不連續之封閉矩形； 複數切割線5，位於熱融線4所形成矩形範圍區 塊内，其切割方向與纖維層3呈一角度，約為3〇。〜 4 5°; 其中，由複數形成封閉矩形之熱融線4將纖維層 3 又置於基布2上，在封閉矩形外之侧之纖維層3則 形成自由端3 1，且藉由該矩形之設計，使自由端3 籲1形成長短不—之長度且自由分佈’而最主要的是， 在熱融線4所形複數矩形範圍内，切割有複數切割線 5，該切割線5除了所切割之角度約與纖維層3呈3 〇 4 5之外，在同一矩形内之切割線5呈相對位 置之切割方式設置，被切割線5所切割之纖維層3形 成拂塵端32，其長度並短於自由端31，而未被切 割線5所切割之纖維層3則形成集塵部3 3 ; 另外，由於切割線5與纖維層3呈3 0。〜4 5。 201114399 以及呈相對位置之切割方式設置，因此，所切割出之 拂塵端3 2除了乃是呈現長短不一與自由分佈之狀態 外，拂塵端32並也呈現不同之角度呈現，使得拂塵 端3 2可清除不同性質與顆粒大小之塵屑外，並可由 不同角度之拂塵端3 2清潔物品’另外，由於切割線 5呈相對位置之切割方式設置，因此在同一矩形内之 纖維層3並不是全部都皆受到切割線5的切割，未被 切割線5切割之集塵部3 3，由於二端皆受到熱融線 4之拘束，因此可在集塵部3 3各纖維之間形成複數 夾縫空間，並且可將拂塵端3 2無法掃除之顆粒較大 或是較重之灰塵顆粒收集於該夾縫空間内，藉此以達 到增加清潔之效果； 本發明之清潔布1結構，主要是用以解決一般習 用所使用之除塵布，無法有效吸附髒與使用壽命較短 之缺失’除了可藉由熱融線4外側之自由端清掃不同 性質與顆粒大小之塵屑之外，最主要的是利用位於矩 形熱融線4範圍内之拂塵端3 2與集塵部3 3，以拂 塵端3 2清除不同性質與顆粒大小塵屑，而集塵部3 3則是可收集顆粒較大或是較重之灰塵顆粒，再者， 切割線5之設置，除了用以將熱融線4區域内之部分 纖維層3切割成複數拂塵端3 2之外，由於切割線5 與纖維層3呈一角度差，而並非與纖維層3呈垂直設 201114399 置’因此，在使用清潔布1時，可防止因摩擦等外力 導致基布2造成變形之情況，以提高清潔布1整體之 使用壽命； 而由切割線5所切割之拂塵端3 1，其長度必須 紐於自由端3 1，因清潔布1在使用時，纖維層3均 全數接觸於地板且被地板壓住，且拂塵端3 1乃位於 清潔布1之中央部位，因此，若拂塵端3 Ί長度過長， # 則無法有效的發揮本身該有之除塵效果，而熱融線4 區域外之自由端3 1，由於位於清潔布丄之二邊侧部 位，不完全接觸到地板，且並無受到熱融線4之區域 限制，因此可用於清除較外圍之灰塵與髒污； 最後’本發明之清潔布丨在由複數熱融線4所形 成之封閉矩形’主要是如圖中連續交錯之封閉矩形， 雖也可為不連續之封閉矩形，但連續交錯之封閉矩形 • 方式設置，除了可增加纖維層3設置於基布2之附著 強度外’並可提高清潔布1整體結構之勃性強度，進 而可達到不易變形與增加使用壽命之目的。 综口上述，以上為本發明之一較佳實施例，非因 此即拘限本發明之專利範圍，本案專利範圍仍應以後 附之專利申請範圍所定義為準。 201114399 【圖式簡單說明】 第一圖係為本發明之立體外觀圖。 第二圖係為本發明之立體分解圖。 第三圖係為本發明之局部示意圖一。 第四圖係為本發明之局部示意圖二。 第五圖係為本發明之較佳實施例圖。 【主要元件符號說明】 清潔布.· · • 1 基布· · · · • 2 反折邊· · · •21 纖維層· · · • 3 自由端· . · •31 拂塵端· · · • 3 2 集塵部· · · • 3 3 熱融線··· • 4 切割線··· • 5201114399 VI. Description of the Invention: [Technical Field] The present invention provides an improvement of a long pile mop cloth, in particular, a mop cloth structure which uses a cutting method to increase the cleaning effect. [Prior Art] According to the development of the industry and the advancement of science and technology, cleaning supplies have been introduced, and the types and uses have become more diversified. The use of them has become more and more labor-saving and convenient. Taking mops as an example, in the past, the ground was cleaned. The traditional mop used at the time is not only heavy and bulky, but also time-consuming and time-consuming to remove dirt. Therefore, there are so-called dust mops on the market to replace the traditional mop, and the structure of the dust mop is the mop. The bottom part is in contact with the ground, and is covered with a special cloth body. The cloth is replaced by a special cloth body to remove and absorb the dirt. In addition to the greater dust removal effect, the dust removal mop is relatively lighter in weight and volume. Smaller, generally commercially available dust mop types are plentiful and diverse, but most of the dust-removing mops covered on the dust mop have a very short life and are easily damaged. The pollution effect is limited, and most of the contact dust removal parts provided on the dust removal cloth are only arranged in the same direction. Therefore, because of the material, the dust cloth can not really achieve the purpose of dust. L S1 201114399 Therefore, the above problems will be the difficulties that the technicians in this field want to solve. SUMMARY OF THE INVENTION Therefore, the creator has proposed a mop cloth structure that uses a cutting method to increase the cleaning effect in view of the above-described deficiencies of the prior art, and has the following main objects. The first object of the present invention is that the cleaning cloth is mainly provided with a fiber layer formed by a plurality of hot melt lines on the base cloth, and a plurality of corresponding cutting lines are arranged in the circumference of the rectangle, and the cutting line is cut by the cutting line. The fiber layer becomes the dust end, and the uncut fiber layer is the dust collecting part, and the dusty end removes the dust of different properties and particle size, and the dust collecting part collects the dust particles with larger or heavier particles. This is to improve the cleaning effect of the cleaning cloth. A second object of the present invention is to: wherein the cutting direction of the plurality of cutting lines is cut at an angle to the fiber layer without cutting perpendicularly to the fiber layer, except that the dusty end which can be cut and formed in a plurality of different directions is formed. It can also prevent the deformation of the base fabric caused by external forces such as friction. [Embodiment] In order to achieve the above objects and effects, a preferred embodiment will be described in conjunction with the drawings, and those skilled in the art can implement the present invention. First, please refer to the first, second, third, fourth and fifth figures, which are perspective views, exploded views, partial schematic views and preferred embodiments of the present invention, which clearly indicate The cleaning fabric mainly comprises: a base fabric 2, wherein the two corresponding sides are folded to have an inverted edge 2; a fiber layer 3 is disposed on the base fabric 2; and a plurality of hot melt lines 4 are used for the fiber layer 3 It is disposed on the surface of the base fabric 2 and forms a plurality of continuous or discontinuous closed rectangles; the plurality of cutting lines 5 are located in the rectangular range formed by the hot melt line 4, and the cutting direction is at an angle to the fiber layer 3. , about 3 inches. 〜 4 5°; wherein, the plurality of heat-melting lines 4 forming a closed rectangle place the fiber layer 3 on the base fabric 2 again, and the fiber layer 3 on the side outside the closed rectangle forms a free end 31, and by the The design of the rectangle is such that the free end 3 is formed into a length that is not long and freely distributed 'and the most important is that in the complex rectangular shape of the hot melt line 4, a plurality of cutting lines 5 are cut, except for the cutting line 5 The angle of the cut is about 3 〇 4 5 with the fiber layer 3, and the cutting line 5 in the same rectangle is disposed in a relative position. The fiber layer 3 cut by the cutting line 5 forms the dust end 32, and the length thereof. It is shorter than the free end 31, and the fiber layer 3 not cut by the cutting line 5 forms the dust collecting portion 3 3; in addition, since the cutting line 5 and the fiber layer 3 are 30. ~ 4 5. 201114399 and the cutting position of the relative position setting, therefore, the cut dust end 3 2 is in a state of being different in length and freely distributed, and the dust end 32 is also presented at different angles, so that the dust end 3 2 The dust can be removed from different properties and particle sizes, and the articles can be cleaned by the dust ends 3 2 at different angles. In addition, since the cutting lines 5 are arranged in a relative position, the fiber layers 3 in the same rectangle are not all. Both are cut by the cutting line 5, and the dust collecting portion 3 3 which is not cut by the cutting line 5, since both ends are restrained by the hot melting line 4, a plurality of slit spaces can be formed between the fibers of the dust collecting portion 33. And the dust particles with larger or heavier particles which cannot be removed by the dust end 3 2 can be collected in the crevice space, thereby increasing the cleaning effect; the structure of the cleaning cloth 1 of the invention is mainly used for solving Generally, the dust-removing cloth used in the conventional use cannot effectively absorb the dirt and the short-lived defect. In addition, the free end of the hot-melt line 4 can be used to clean different properties and particle sizes. In addition to the dust, the most important thing is to use the dust end 3 2 and the dust collecting part 3 3 located in the range of the rectangular hot melt line 4 to remove the dust of different properties and particle size by the dust end 3 2 , and the dust collecting part 3 3 It is possible to collect dust particles with larger or heavier particles, and further, the setting of the cutting line 5, except for cutting a part of the fiber layer 3 in the region of the hot melt line 4 into a plurality of dust ends 3 2 The cutting line 5 is at an angle difference from the fiber layer 3, and is not disposed perpendicular to the fiber layer 3, so that when the cleaning cloth 1 is used, deformation of the base fabric 2 due to external force such as friction can be prevented. The overall service life of the cleaning cloth 1; and the dust end 3 1 cut by the cutting line 5 must be lengthened to the free end 3 1, since the cleaning cloth 1 is in use, the fiber layer 3 is all in contact with the floor and is the floor. Pressed, and the dust end 3 1 is located at the center of the cleaning cloth 1. Therefore, if the length of the dust end 3 is too long, # can not effectively exert its own dust removal effect, and the heat fusion line 4 is free outside the area. End 3 1, because it is located on the side of the cleaning fabric, not It is completely in contact with the floor and is not restricted by the area of the hot melt line 4, so it can be used to remove dust and dirt from the outer periphery; finally, the cleaning cloth of the present invention is closed by a plurality of hot melt lines 4 Mainly as the closed rectangle which is continuously staggered in the figure, although it may be a discontinuous closed rectangle, but the continuous interlaced closed rectangle • mode setting, in addition to increasing the adhesion strength of the fiber layer 3 to the base fabric 2, and can be improved The rib strength of the overall structure of the cleaning cloth 1 can be achieved, thereby achieving the purpose of not easily deforming and increasing the service life. In view of the above, the above is a preferred embodiment of the present invention, and the scope of the patent of the present invention is not limited thereby, and the scope of the patent in this case is still subject to the definition of the patent application attached hereinafter. 201114399 [Simple description of the drawings] The first figure is a three-dimensional appearance of the present invention. The second figure is a perspective exploded view of the present invention. The third figure is a partial schematic view 1 of the present invention. The fourth figure is a partial schematic view 2 of the present invention. The fifth drawing is a diagram of a preferred embodiment of the present invention. [Description of main component symbols] Cleaning cloth ·· · • 1 Base cloth · · · · • 2 Reflexed edge · · · • 21 fiber layer · · · • 3 free end · · · 31 Thin end · · · • 3 2 Dust Collector · · · • 3 3 Hot Melt Line··· • 4 Cutting Line··· • 5