M313493M313493
V i.v_ /: · 八、新型說明： 【新型所屬之技術領域】 本創作有關於一種清潔布結構改良，特關於一種透水 濕式立體清潔布結構改良。 【先前技術】 本案創作人曾提出名為『濕式立體清潔布』之台灣申 請第9 5 1 2 2 6 2 2號發明專利申請案，其係主要由至少 一基布、一耐磨不織布以及設置於該基布與該耐磨不 織布之間的一個或以上之襯墊所組成。該濕式立體清 潔布之基布設計為不吸水材質，該襯墊為吸水材質， 該耐磨不織布為吸水材質，使得該濕式立體清潔布清 潔時水分之吸收及釋出可由選用襯墊之材質等因 素，獲得良好控制。該濕式立體清潔布之表面為非平 面結構，藉以獲得適當的摩擦力，避免與待清潔面產 生過大阻力而在拖地過程產生拖把面板翻覆的現 象。且該具有複合層結構之耐磨不織布係經刀輪裁切 而開設有多數三角形之肋片，且該多數肋片之下方更 可開設對應之多數容置空間，該多數之肋片可幫助將 灰塵或污垢推入用以提供容納灰塵或污垢的容置空 間，再配合局部填有襯墊之清潔布本體，即可形成多 種層間立體形狀之除塵布，達成極佳的清潔、吸收、 釋放水分之功效。惟，本案創作人為進一步改善上述 之濕式立體清潔布擦拭過後之水紋（水潰紋路）之細 緻度以及水分吸收之速度，特提出本創作。 5 M313493 【新型内容】 令 為了改善上述之『濕式立體清潔布 水分吸收速度，本案創作人 』之水紋細緻度與 清潔布結構改良，其主要脾1出〜種透水濕式立體 不織布以及設置於該基杳ϋ 夕―基布、一耐磨 個或以上之襯墊所組成 不織布之間的 布之外矣面M s 月潔布中的财磨不織 布之外表面，包覆一層超細 檢林％主二1α 唯命，使得待清潔物被 π _ 士 L々机匕 幻水、、、文。而原先開設於财磨 不織布上之多數三角形肋片 ..^ 被超細纖維布包覆後，雖 然喪失了容置污垢灰塵之喊处 v 之功此’值轉為吸收、傳遞水 分之功能，使得本創作之透水 Λ ^ 然式立體清潔布結構改 良在遇水使用時，水分能夠更快 Γ、迷的被吸收進去，且 擦拭過之表面’水紋十分細緻平 漱十垣，在水紋蒸發後， 被擦拭表面不會留下明顯之水潰。 【實施方式】 為了達成上述發明之功效，於舲4士 t 双於此特提供一最佳實施 例。並為了清晰扼要的闞述本創作，上述之名為『濕 式立體清潔布』之台灣申請第95122622號發明專利 申請案之全部内容於本案中併入參考。 請參照第1圖，為本創作之分解圖，本創作之透水 濕式立體清潔布結構改良具一清潔布本體，其主要係 由基布、财磨不織布所疊合組成，並且在該基布、耐 磨不織布中夾置有多數之襯墊，用以將該清潔布本體 局部撐起，以形成立體狀，並於該耐磨不織布之外表 6 M313493 年月日修正補充 面，包覆一層超細纖維布1，使得待清潔物被擦拭後， 表面可獲得細緻的水紋。且該具有複合層結構之耐磨 不織布係經刀輪裁切而開設有多數三角形之肋片’該 耐磨不織布在開設肋片時被刀輪切割過，因此水分可 以快速的從裂缝渗入’而快速的被概塾吸收。本創作 採用之超細纖維布1係一種長纖維之織物’不易掉落 棉屑，且具有良好之透水性，但不吸水，質地細密’ 不易刮傷表面，並且不易留下水潰。 該襯墊可使用親水材質之原料，如海綿、天然或人& 纖維織物，用以提供吸收、穩定釋放水分之功政’並 在清潔時進一步控制水分的吸取、釋放里。使用寺 由於使用者拖動拖把時所產生的按壓力道’使得該清 潔布本體隨壓力重複釋放與吸收水分’產生一邊幻除 一邊吸收髒水與去除灰塵污垢之效果，並可避免在拖 地過程產生拖把面板翻覆的現象。 綜上所述，本創作具體增加了 一般濕式立體清潔布2 擦拭過後水紋的細緻度，也增加了水分吸收的速度’ 實為一具進步性之創作。 【圖式簡單說明】 第1圖為本創作之分解圖。 【主要元件符號說明】 1…超細纖維布 2…濕式立體清潔布 7V i.v_ /: · VIII. New description: [New technical field] This work is about the improvement of a cleaning cloth structure, especially about a structural improvement of a water-permeable wet three-dimensional cleaning cloth. [Prior Art] The creator of the case has proposed the invention patent application No. 9 5 1 2 2 6 2 2, which is called "wet three-dimensional cleaning cloth", which mainly consists of at least one base fabric, a wear-resistant non-woven fabric and One or more pads disposed between the base fabric and the wear resistant nonwoven fabric. The base fabric of the wet three-dimensional cleaning cloth is designed as a non-absorbent material, and the pad is a water absorbing material, and the wear-resistant non-woven fabric is a water absorbing material, so that the moisture absorption and release of the wet three-dimensional cleaning cloth during cleaning can be selected from the use of the pad. Factors such as material are well controlled. The surface of the wet three-dimensional cleaning cloth is a non-planar structure, so as to obtain an appropriate frictional force, and avoid the excessive resistance generated by the surface to be cleaned, and the mop panel is overturned during the mopping process. The wear-resistant non-woven fabric having the composite layer structure is cut by the cutter wheel and has a plurality of triangular ribs, and a plurality of ribs are provided under the plurality of ribs, and the plurality of ribs can help Dust or dirt is pushed into the accommodating space for accommodating dust or dirt, and then combined with the partially-filled cleaning cloth body, a plurality of layers of three-dimensional dust-removing cloth can be formed to achieve excellent cleaning, absorption, and release of moisture. The effect. However, in order to further improve the fineness of the water-grain (water-crushed road) after wiping the above-mentioned wet three-dimensional cleaning cloth and the speed of moisture absorption, the creator of the present invention proposed this creation. 5 M313493 [New content] In order to improve the water absorption speed of the above-mentioned "wet three-dimensional cleaning cloth, the creator of the case" has improved the water grain fineness and the structure of the cleaning cloth, and the main spleen 1 out ~ kind of permeable wet type stereo non-woven fabric and setting On the outer surface of the non-woven fabric of the quilt, the outer surface of the quilt, the outer surface of the fabric, and the outer layer of the fabric Lin% master 2 1α is the only life, so that the object to be cleaned is π _ 士 々 々 匕 匕 匕 匕 、 、 、 、 、 、 、 、 、 Most of the triangular ribs originally opened on the non-woven fabrics of the grain-free fabric..^ After being covered with the microfiber cloth, although the function of accommodating dirt and dust is lost, the value turns into the function of absorbing and transmitting moisture. This makes the creation of the water-permeable 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然 然After evaporation, the surface being wiped does not leave a noticeable water collapse. [Embodiment] In order to achieve the effects of the above invention, a preferred embodiment is provided. In order to clarify the present invention, the entire contents of the above-mentioned Japanese Patent Application No. 95122622, the entire disclosure of which is incorporated herein by reference. Please refer to FIG. 1 , which is an exploded view of the creation. The permeable and wet three-dimensional cleaning cloth structure of the present invention has a cleaning cloth body, which is mainly composed of a base cloth and a non-woven cloth, and is laminated on the base cloth. The wear-resistant non-woven fabric is provided with a plurality of spacers for partially supporting the cleaning cloth body to form a three-dimensional shape, and is modified on the surface of the wear-resistant non-woven fabric. The fine fiber cloth 1 allows the surface to be cleaned to obtain a fine water mark. The wear-resistant non-woven fabric having the composite layer structure is cut by the cutter wheel and provided with a plurality of triangular ribs. The wear-resistant non-woven fabric is cut by the cutter wheel when the rib is opened, so that moisture can quickly penetrate from the crack. Quickly absorbed by the general. The microfiber cloth 1 used in this creation is a long-fiber fabric that does not easily fall off cotton lint and has good water permeability, but does not absorb water and has a fine texture. It is not easy to scratch the surface and is not easy to leave water. The pad can be made of a hydrophilic material such as a sponge, natural or human & fabric to provide a means of absorbing and stabilizing the release of moisture and further controlling the absorption and release of moisture during cleaning. The use of the temple due to the pressure track generated by the user when dragging the mop 'so that the cleaning cloth body repeatedly releases and absorbs moisture with pressure' generates the effect of absorbing dirty water and removing dust and dirt while avoiding mopping The process produces a phenomenon in which the mop panel is overturned. In summary, this creation specifically increases the fineness of the water pattern after wiping the general wet three-dimensional cleaning cloth 2, and also increases the speed of water absorption', which is a progressive creation. [Simple description of the diagram] Figure 1 is an exploded view of the creation. [Description of main component symbols] 1...Microfiber cloth 2...wet three-dimensional cleaning cloth 7