201244682 六、發明說明： 【發明所屬之技術領域】 本發明所屬之技術係提供一種拖把布結構，尤ρ 一種可穩定釋放水分之拖把布結構。 【先前技術】 地板之清潔與否與活動場所給予人們的第一印象 %習相關，因此維持各種場所的地板清潔是十分重要 的事情，一般來說，維持地板清潔的方式可分為乾式 與濕式兩種方式，乾式係指以掃把來清掃塵埃或利用 吸塵器吸取灰塵，甚至利用除塵紙拖把以靜電方式吸 附灰塵，而濕式指用拖把沾水後利用水分增加附著力 來拖地，乾式與溼式兩種不同清潔的方式可達成不同 的目的，所以即使市面上推出新式的除塵拖把，沾水 拖地的方式至今仍被廣泛地使用，而一般拖把布係為 附於拖把上吸水及清潔作用之布條結構，係由早期串 連數條織布而成之清潔布形態，已發展至目前較為普 遍之棉線編織布條，但其吸水性及排水性乃無法同時 兼備，若該布條吸水性佳，當然其清潔效果可明顯提 昇’但其缺點是排水性或擰乾性較不佳、重量較重， 且使用後不易涼乾乾燥，相反，若其吸水性欠佳，雖 無如上缺失’但顯然其清潔效果堪虞。 新型專利「拖把布條改良結構」可解決上述問題， 201244682 其公告號為416302 ’因為其中拖把布條改良結構乃 以棉質纖維線編成環狀布條，並於環狀布條中央内設 有條狀圓形或方條形海綿，使該拖把布吸水時具有較 佳吸水犯力、擰乾時較易排出水分，且能明顯減輕重 量，提高拖地的效能，但事實上，拖把的效能不佳往 往與水分控制有密切的關係，當拖把從水桶中提出來 的時候，若是將拖把布擰得愈乾，則拖把的使用時間 會愈短，上述之創作雖然可以透過海綿吸收大量的水 刀，但若不將拖把布擰乾，則會造成地板過於溼滑而 谷易產生危險，且水分會於使用時大量地排出，故仍 難以提高拖地的效能。 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’本發明之發明人有鑒於上述先前技術所述之 不足’提出一種可穩定釋放水分之拖把布結構，其主 要具有下列之目的： 本發明之第一目的在於：可穩定釋放水分之拖把 布結構具有大量儲水之功能，本發明係由一基部、一 儲水層、一導水層與一清潔層依序疊合而成’尤其該 儲水層為泡棉材質’故可吸收大量的水分，並將水分 儲存於該儲水層中，而水分可沿著該導水層流至該清 4 201244682 潔層，以穩定拖把布結構的出水量，可減少換水的次 數，並增加每次拖把布結構的使用時間。 本發明之第二目的在於：可穩定釋放水分之拖把 布結構可於拖地時提供穩定的出水量，以避免出水量 過大而導致地板過於溼滑，本發明係由一基部、一儲 水層、一導水層與一清潔層依序疊合而成，其中導水 層係為位於該儲水層與該清潔層之中間，該儲水層與 該清潔層的融接線會形成複數交叉點、止水閥或導水 線，四交叉點圍繞之中間處會形成一集水區，各集水 區之間可互相補充水分，導水線可將集水區的水分沿 著該導水線導入至導水層邊緣上，止水閥可擋住多餘 的水分，避免水分於拖把布結構接觸地面時大量流 失，藉此可使該儲水層之水分可以沿著該導水層流至 該清潔層，以穩定地釋放水分。 【實施方式】 為了達成上述各項目的及功效，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。 首先，請參閱第一圖至第五圖，為本發明之立體 外觀圖與較佳實施例圖’圖中清楚指出一種可穩定釋 放水分之拖把布結構，其係由一基部i、一儲水層2、 一導水層3與一清潔層4依序疊合而成，其主要包括： 201244682 一基部1 ’係為本發明中的基底材料，基部1本身係 為水針布材質，進一步來說明的話，基部i的材質 為100%聚對本二甲酸乙二醋（PET)，該基部1可直接 固定於一具有複數孔洞之拖把布盤上，因該基部1 的尺寸較大’故可藉由反折該基部1，並將皺折處 塞入拖把布盤中；若該基部1之尺寸可與儲水層 2、導水層3與清潔層4一致，故可直接固定於一 具有魔鬼熟之拖把布盤上’因該基部1的背面可設 有魔鬼氈，以直接黏附於拖把布盤上； 一儲水層2，係位於基部1之上方與導水層3之 下方，儲水層2為泡棉材質，故可吸收大量的水分， 並將水分儲存於該儲水層2中； 一導水層3，係為位於該儲水層2之上方與該清 潔層4之下方，導水層3本身為藉由該儲水層2與該 清潔層4的融接線而產生複數交叉點31、止水閥3 2或導水線3 3三種態樣，導水層3之作用在於使該 儲水層2之水分可以沿著該導水層3流至該清潔層 4，以穩定地釋放水分； 其中第一種為交叉點3 1，複數交叉點3 1均勻 地散落在導水層3中，而每四個交叉點3 1圍繞之中 間處會形成一集水區3 4，故複數交叉點3 1會產生 複數集水區3 4，而各集水區3 4之間可互相補充水 201244682 分； 第二種為複數止水閥3 2中，每一個止水閥3 2 係位於導水層3邊緣上，其形狀可為U字型或v字型， ϋ字型或V字型的尖端皆指向導水層3的中心處，而每 一止水閥3 2之間設有一分水點3 5，止水閥3 2可 擋住多餘的水分’避免水分於拖把布結構接觸地面時 大量流失；複數導水線3 3，該導水線3 3設置於該 交叉點3 1與該止水閥3 2之間，藉此可將集水區3 4的水分沿著該導水線3 3導入至導水層3邊緣上； 一清潔層4 ’係位於該儲水層2之上方，其材質 為水針布，但和基部1之材質不盡相同，清潔層4係 由50%聚對苯二甲酸乙二酯（ΡΕΤ)與5〇%嫘縈（Ray〇n)聚 合而成，使其同時具有優良的堅韌性、增加抗衝擊強 度外’甚至具有易染色、質地輕柔與光滑之特性，而 且清潔層4的表面上具有複數網格5以吸附灰塵； 將拖把布結構浸泡在水中時，可藉由該清潔層4 可以大量地儲存水分至拖把布結構中，再透經由該導 水層3將水分穩定地導流至該清潔|4，可穩定拖把 布結構的出水量’彳減少換水的次數，並增加每次拖 把布結構的使㈣間，㈣可避免出水量過大而導致 地板過於溼滑。 本發明之一種可穩定釋放水分之拖把布結構，可 201244682 解決一般拖把布無法大量儲水之功能，也可以解決海 綿拖把布出水量不穩定之功能’其具體實施方式如下 所示： 將一個可穩定釋放水分之拖把布結構放置於水桶 中，儲水層2會吸收大量的水分，使水桶内的水位減 少至原來的三分之二，而導水層係由2〇〇個交又點3 1、50道止水閥3 2與50條導水線3 3三種態樣組合 而成，又因為每四個交又點3丄圍繞之中間處會形成 一集水區3 4，故200交叉點3 1會產生200個集水 區3 4，50道止水閥32皆呈U字型而位於導水層3 的邊緣上，ϋ字型的尖端皆指向導水層3的中心處， 而每一止水閥3 2之間設有一分水點3 5，故總共有 50個分水點，止水閥3 2可擋住多餘的水分，避免水 分於拖把布結構接觸地面時大量流失；5〇條導水線3 3設置於該交叉點3 χ與該止水閥3 2之間係呈一 曲線形狀，藉此可將集水區3 4的水分沿著該導水線 33導入至導水層3邊緣上；而清潔層4的表面上具 有400個網格5，以增加拖地時的附著效果。 綜合上述，以上為本發明之一較佳實施例，非因 此即局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。 8 201244682 【圖式簡單說明】 第一圖係本發明之立體外觀圖。 第二圖係本發明之較佳實施例圖一。 第三圖係本發明之較佳實施例圖二。 第四圖係本發明之較佳實施例圖三。 第五圖係本發明之較佳實施例圖四。 主要元件符號說明 基部 1 儲水層 2 導水層 3 交叉點 3 1 止水閥 3 2 導水線 3 3 集水區 3 4 分水點 3 5 清潔層 4 網格 5 9201244682 VI. Description of the invention: [Technical field to which the invention pertains] The technology to which the present invention pertains provides a mop cloth structure, and a mop cloth structure which can stably release moisture. [Prior Art] Whether the floor is clean or not is related to the first impression of the event place, so it is very important to maintain the floor cleaning in various places. Generally speaking, the way to maintain the floor cleaning can be divided into dry and wet. In the two ways, the dry type refers to sweeping the dust with a broom or using a vacuum cleaner to absorb dust, and even electrostatically adsorbing dust by using a dusting paper mop, while the wet type uses a mop to absorb water and then uses moisture to increase adhesion to dry the ground. Wet two different cleaning methods can achieve different purposes, so even if a new type of dust mop is introduced on the market, the way of mopping the water is still widely used, and the general mop cloth is attached to the mop to absorb water and clean. The structure of the cloth is a form of cleaning cloth which is woven from several pieces in the early stage. It has been developed into a cotton woven cloth which is more common at present, but its water absorption and drainage cannot be combined at the same time. Good water absorption, of course, its cleaning effect can be significantly improved', but its shortcomings are poor drainage or squeezing, heavy weight, and use After that, it is not easy to dry and dry. On the contrary, if the water absorption is not good, although it is not as described above, it is obviously clean. The new patent "Modified Structure of Mop Cloth" can solve the above problem, 201244682, its announcement number is 416302 'Because the improved structure of the mop cloth is made of cotton fiber thread into a looped strip, and is set in the center of the loop strip. Strip-shaped round or square-shaped sponge makes the mop cloth have better water absorption when it absorbs water, easier to discharge moisture when wringing, and can significantly reduce weight and improve the efficiency of mopping, but in fact, the effectiveness of the mop Poorness is often closely related to moisture control. When the mop is lifted from the bucket, if the mop cloth is screwed dry, the mop will be used for a shorter period of time. Although the above creation can absorb a large amount of water through the sponge. Knife, but if you do not wring the mop cloth, the floor will be too slippery and the valley will be dangerous, and the water will be discharged in large quantities during use, so it is still difficult to improve the efficiency of mopping the floor. Therefore, the above problems will be the difficulties that the technicians in this field want to solve. SUMMARY OF THE INVENTION Therefore, the inventors of the present invention have proposed a mop cloth structure capable of stably releasing moisture in view of the above-described disadvantages of the prior art, which mainly has the following objects: The first object of the present invention is to stably release The moisture mop cloth structure has a large amount of water storage function, and the invention is formed by sequentially laminating a base portion, a water storage layer, a water guiding layer and a cleaning layer, in particular, the water storage layer is made of foam material. Absorbing a large amount of water and storing the water in the water storage layer, and the water can flow along the water guiding layer to the cleaning layer to stabilize the water output of the mop cloth structure, thereby reducing the number of water changes and increasing The time of use of the mop cloth structure each time. The second object of the present invention is that the mop cloth structure capable of stably releasing moisture can provide a stable water discharge amount when mopping the ground, so as to prevent the water from being excessively wet and causing the floor to be too wet and slippery. The present invention is composed of a base and a water storage layer. And a water guiding layer and a cleaning layer are sequentially stacked, wherein the water guiding layer is located between the water storage layer and the cleaning layer, and the melting line of the water storage layer and the cleaning layer form a plurality of intersections. A water valve or water guide line, a water collecting area is formed around the middle of the four intersections, and each water collecting area can mutually replenish water, and the water guiding line can introduce the water in the water collecting area along the water guiding line to the edge of the water guiding layer. The water stop valve can block excess moisture and prevent moisture from being lost when the mop cloth structure contacts the ground, so that the water of the water storage layer can flow along the water guiding layer to the cleaning layer to stably release moisture. . [Embodiment] In order to achieve the above objects and effects, a preferred embodiment will be described with reference to the drawings, and those skilled in the art can implement the present invention for each purpose. First, please refer to the first to fifth figures, which are a perspective view of the present invention and a preferred embodiment. The figure clearly indicates a mop cloth structure capable of stably releasing moisture, which is composed of a base i and a water storage. The layer 2, the water-conducting layer 3 and the cleaning layer 4 are sequentially stacked, and the main components thereof include: 201244682 A base portion 1' is a base material in the invention, and the base portion 1 itself is a water-needle cloth material, further illustrating If the base i is made of 100% polyparaben ethylene glycol (PET), the base 1 can be directly fixed on a mop tray having a plurality of holes, because the base 1 has a large size. Reflexing the base 1 and inserting the wrinkles into the mop cloth; if the base 1 is the same size as the water storage layer 2, the water guiding layer 3 and the cleaning layer 4, it can be directly fixed to a devil On the mop cloth tray, a devil felt can be placed on the back of the base 1 to directly adhere to the mop cloth tray; a water storage layer 2 is located above the base portion 1 and below the water-conducting layer 3, and the water storage layer 2 is Foam material, so it can absorb a lot of water, and store it in the water. In the water layer 2, a water guiding layer 3 is located above the water storage layer 2 and below the cleaning layer 4, and the water guiding layer 3 itself is generated by the fusion of the water storage layer 2 and the cleaning layer 4. The plurality of intersections 31, the water stop valve 32 or the water conduit 3 3, the water guiding layer 3 functions to allow the water of the water storage layer 2 to flow along the water guiding layer 3 to the cleaning layer 4 to stably The water is released; the first one is the intersection point 3 1, the complex intersection point 3 1 is evenly scattered in the water guiding layer 3, and a water collecting area 3 4 is formed at the middle of each of the four intersection points 3 1 , so the plural The intersection 3 1 will generate a plurality of catchment areas 34, and each catchment area 34 can replenish water with each other 201244682 points; the second type is a plurality of water stop valves 32, each of which is located at 3 2 The shape of the water guiding layer 3 may be U-shaped or v-shaped, and the tip of the U-shaped or V-shaped shape refers to the center of the guiding water layer 3, and a water dividing between each water stopping valve 32 is provided. Point 3 5, the water stop valve 3 2 can block the excess moisture 'avoid moisture loss when the mop cloth structure contacts the ground; the multiple water guide line 3 3, the water guide line 3 3 is disposed between the intersection 31 and the water stop valve 32, whereby the water of the water collecting area 34 can be introduced along the water guiding line 3 to the edge of the water guiding layer 3; a cleaning layer 4' Located above the water storage layer 2, the material is water needle cloth, but the material of the base 1 is not the same, and the cleaning layer 4 is made of 50% polyethylene terephthalate (ΡΕΤ) and 5〇%嫘萦. (Ray〇n) is polymerized to have excellent toughness and increase impact strength. It has the characteristics of easy dyeing, soft and smooth texture, and the surface of the cleaning layer 4 has a plurality of meshes 5 for adsorption. Dust; when the mop cloth structure is immersed in water, the cleaning layer 4 can store a large amount of moisture into the mop cloth structure, and then the water is stably conducted to the cleaning|4 through the water guiding layer 3, which can be stabilized. The amount of water in the mop cloth structure 'reduced the number of water changes, and increased the structure of each mop cloth (4), (4) can avoid excessive water output and the floor is too slippery. The mop cloth structure capable of stably releasing moisture can solve the function that the general mop cloth can not store a large amount of water, and can also solve the function of unstable water output of the sponge mop cloth. The specific implementation manner is as follows: The mop cloth structure that stably releases moisture is placed in the bucket, and the water storage layer 2 absorbs a large amount of water, so that the water level in the bucket is reduced to two-thirds of the original, and the water-conducting layer is composed of two points and three points. 50 water stop valves 3 2 and 50 water guide lines 3 3 are combined, and because each four intersections and 3 points around the middle will form a catchment area 3 4, so 200 intersections 3 1 will generate 200 catchment areas 34, 50 stop valves 32 are U-shaped and located on the edge of the water-conducting layer 3, the tip of the U-shaped type refers to the center of the water layer 3, and each water stop There is a water dividing point 3 5 between the valves 3 2, so there are 50 water dividing points in total, and the water stopping valve 32 can block excess water to prevent water from being lost when the mop cloth structure contacts the ground; 5〇水线线3 3 is set at the intersection 3 χ and the water stop valve 3 2 is a song Adhering effect with the upper surface of the cleaning layer 4 is 400 meshes 5, to increase the mopping; shape, whereby the water can be catchment waterline 34 of the guide 33 is introduced into the aqueous layer 3 along an edge guide. In view of the above, the above is a preferred embodiment of the present invention, and the scope of the patent is not limited thereby, and the scope of the patent should be determined by the scope of the patent application attached hereinafter. 8 201244682 [Simple description of the drawings] The first figure is a three-dimensional appearance of the present invention. The second drawing is a first embodiment of the preferred embodiment of the invention. The third drawing is a second embodiment of the preferred embodiment of the invention. The fourth figure is a third embodiment of the preferred embodiment of the present invention. The fifth drawing is a fourth embodiment of the preferred embodiment of the present invention. Main component symbol description Base 1 Water storage layer 2 Water guide layer 3 Intersection point 3 1 Water stop valve 3 2 Water guide line 3 3 Water collection area 3 4 Water distribution point 3 5 Cleaning layer 4 Grid 5 9