1291865 九、發明說明： 【發明所屬之技術領域】 種以^織方 本發明是有關於一種清潔布，特別是指 式編織成的具較佳清潔效果的清潔布。 【先前技術】 〜一般在進行家庭转打料，常要關清潔布來擦拭 体俱或各種擺設物品的表面，以移除堆積附著於該等物 面的塵埃或污潰粒子。 σ口衣1291865 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a cleaning cloth, in particular, a cleaning cloth having a better cleaning effect by means of a finger. [Prior Art] ~ Generally, it is necessary to turn off the cleaning cloth to wipe the surface of the body or various items to remove dust or dirt particles adhering to the objects. σ 衣衣
-般市面上的清潔布較常使用的材質為㈣㈣州 、螺繁㈣Gn)及尼龍（nyl()n)，選用這些㈣與其親水 油及可製成㈣__純有關，例如，㈣纖維是一種 人造纖維，親水性強，㈣是—種木漿纖維，纖維較粗，吸 水性、吸油㈣佳，尼龍纖維也是_種人造纖維，親油性強 。-般傳統清潔布大部分的成份則主要是水織布或縲榮棉， 其纖維通常較粗大且在該清潔布上是呈較凌亂的排列，例如 在該清潔布表面形成如同毛巾布面的多數微粒與環圈的纖維 凸起，並利用這些凸起的纖維結構與擦拭表面相接觸以帶走 灰塵、辦污或油垢。 雖然傳統清潔布已具有較佳的親水、親油性，及可擦 拭清潔的使用功能，但實際下仍存有下列缺失： 一、由於傳統清潔布表面的纖維排列較雜亂，雖可將 π垢藏在該等纖維内，但也容易使污垢掉落並推擠到待清理 的表面，此外，由於該清潔布表面是呈微粒狀或環圈狀的較 柔軟凸起，在擦拭使用時，需施加較大的力量才容易將灰塵 1291865 帶走，如此，也會使得原本藏在纖_的污垢與擦拭表面相 接觸’並隨著該清潔布的移動，有容易在擦拭表面形成刮痕 的缺點。 二、 由於該清潔布表面是形成微粒狀或環圈狀的較柔 軟凸起’在擦拭油污時’雖然有部分油污可藉由該清潔布纖 維的親油性而被吸附帶走，但有些對擦拭表面吸附力極強的 油污不易被帶走’反而會因為擦拭時施加的壓力而拖食擴大 油污的分布範圍，具有清潔效果較不完全的缺失。 三、 由於該清潔布表面是呈微粒狀或環圈狀的較鬆散 結構，使用一段時間後，纖維棉絮較容易斷裂脫落，並會殘 留在擦拭表面，形成二次污染，具有使用壽命較短的缺點。 【發明内容】 •因此，本發明的目的，是在提供一種以針織方式編織 製或，而具有易清除其他物體表面的灰塵，及寥易沖洗抖 落附著灰塵的具較佳清潔效果的清潔布。 於是，本發明具較佳清潔效果的清潔布包含呈反向設 置的一非擦拭面，及一擦拭面。 该擦拭面包括多數沿一經編方向呈相平行間隔地凸設 的凸脊條’該等凸脊條並二二相配合界定出多數凹槽，每 一凸脊條皆具有一寬度為1·〇毫米〜2·〇毫米的脊寬段，及一 兩度為0.5毫米〜ι·2毫米的脊高段，且該凹槽具有一寬度為 0.7毫米〜1.2毫米的槽寬段。 該清潔布是由天然或人工合成纖維經針織編織製成， 且在針織過程中形成的多數環圈是位於該擦拭面，而每排 6 1291865 環圈是沿該經編方向相套接並同排相連地形成每一凸脊條 〇 藉由上述組成，使用時，只要將該擦拭面與一待清潔 的表面相接觸，就可分別利用在該擦拭面形成的多數具特 定尺寸的凸脊條清除灰塵污垢，及將該等塵垢暫時地鎖在 該等凹槽處，以快速地將灰塵污垢帶離所要清潔的表面， 達到有效且快速地清潔髒污的效果，使本發明具有可提高 清潔效果與清潔效率的使用特性。 【實施方式】 本發明具較佳清潔效果的清潔布的前述以及其他技術 内容、特點與功效，在以下配合參考圖式的一較佳實施例 的詳細說明中，將可清楚地明白。 參閱圖1、@ 2與目3,本發明具較佳清潔效果的清潔 布2該較佳實施例包含呈反向設置的一非擦拭面2ι，及一 擦拭面22。 該擦拭面22包括多數沿—經編方向χ呈相平行間隔地 凸設的凸脊條22卜該等凸脊條221並二二相配合界定出多 數凹槽222,每-凸脊條22皆具有一寬度％冑1〇毫米 〜2.0毫米的脊寬段223，及-高度Η為0.5毫㈣>2毫㈣ 脊高段224,且該凹槽222具有一寬度W2s〇7毫米〜12 毫米的槽寬段225。 較佳地U布2是由人工合成纖維或天然纖維集 結而成的多數紗線23〇再經針織編織而成，針織過程形成 的多數環圈227是位於該擦栻面22，並沿該經編方向χ呈 1291865 相平行錯開地逐排排列，且該等環圈227是沿該經編方向χ 相套接並同排相連地形成該凸脊條221。因該等環圈227皆 位於該擦拭面22，所以針織製成的該清潔布2的二相反面 21、22會呈現出不同的編織圖紋。該等環圈227會連接形 成凸脊條221，並在該擦拭面22造成具有立體凹凸變化的 圖紋而有利於清潔擦拭，該非擦拭面21則是呈較平面沒有 明顯凹凸變化的圖紋。 在該較佳實施例中，用於針織編織的人工合成纖維紗 線227是選自下列材質：聚酯（polyester)、尼龍（nylon)，及 縲縈（rayon)，以及其等之組合所製成，但不因以此限制該 清潔布2的製造材質，只要是具有可吸水與吸濕特性，並 可製成纖維以方便編織成布的材質都可被使用作為該清潔 布2的原料來源。 此外，在該較佳實施例中，是利用紗線並經針織編織 方式織成該等凸脊條22卜且該等凸脊條221為寬度％為 1·〇笔米〜2.G毫米’及高度H為G 5毫米〜t 2毫米的波浪條 型式，並相應地界定出也是呈波浪型且寬度W2為0.7毫米 t毫米的該等凹槽222 ’以利用具特定尺寸的長條狀的凸 凹變化，有效率地將灰塵掃除並容納於該清潔布2中，並 藉由、4織所形成的多數孔隙228，以水沖洗就可方便地將 附著於該清潔布2上的灰塵移除，使該清潔布2可再次被 使用。但不應以此限制該等凸脊冑221的型式，也可以其 他編織方式在該清潔布2的擦拭面22上形成具有凸凹變： 的條、文例如’該等凸脊條221也可以呈直線條型的連續 1291865 凸起，並相應地界定出也是呈直線條型的凹槽222，二者仍 能相配合達到易移除灰塵與使用後容易清理的使用功能。 以下分別以該等凸脊條221呈波浪條型式與直線條式 二種情形為例，說明該等凸脊條221及該編織布2的編織 方式： ' (一）貧等凸脊倏221為波浪铬剞式的凸纹睥： 參閱圖1與圖4，在此編織範例中，該清潔布2是由分 別相對應的多數第一紗線231與多數第二紗線232經針織 編織而成，且每一第一紗線231是對應一第二紗線232形 成一編織單元23，設定在每一編織單元23中有三條平行該 經編方向X且依序間隔排列的一第一、一第二、一第三經 線I、II、III，及多數垂直該經編方向X並依序間隔排列且 與該等經線直交的一第一、一第二、一第三、一第四、一 第五、一第六、一第七、一第八、一第九緯線Υι、γ2、γ3 、Υ4、Υ5、γ6、Υ7、γ8、γ9，以該第一經線I與第一緯線 Υι相交處為起始點，則該第一紗線231先於該起始點形成 一第一 A1環圈227，並於該第二經線Π與第二緯線γ2的 交點形成一 Α2環圈227，如此依序且交替地在該第一、第 二經線 I、II 與該等緯線 Υι、γ2、γ3、γ4、γ5、Υ6、Υ7、 Ys、Υ9的交點處形成多數個環圈227，該第二紗線232也 是先於該起始點形成一與該Α1環圈227交疊之Β1環圈 227，並於該第三經線m與第二緯線Υ2的交點形成一 Β2 環圈227，如此依序且交替地在該第一、第三經線I、ΠΙ與 該等蟓線丫丨、Υ2、γ3、γ4、γ5、γ6、γ7、γ8、γ9的交點處 1291865 形成多數環圈227，該等第一、第二紗線231、232會相配 合形成多數個編織單元23，且位於每一編織單元23的第二 經線II處的該等環圈227會與位於另一編織單元23的第一 經線I處的該等環圈227相套接結合，並依此方式逐一接合 形成該編織布2，沿同一經線I、π、III相套接的該等環圈 227則同排相連地形成該凸脊條221，且該凸脊條221會受 該第二紗線232跳排編織的旁拉作用而形成波浪條型式的 凸紋。 (二）鳆等凸脊條221為直線條贺式的凸故時： 參閱圖5，在此編織範例中，該清潔布2是由分別相對 應的多數第一紗線231與多數第二紗線232經針織編織而 成，且每一第一紗線231是對應一第二紗線232形成一編 織單元23，設定在該編織單元23中有二條平行該經編方向 X且依序間隔排列的一第一、一第二經線I、Η，及多數垂 直該經編方向X並依序間隔排列且與該等經線I、Η直交的 一第一、一第二、一第三、一第四、一第五、一第六、一 第七、一第八緯線 丫丨、γ2、γ3、γ4、γ5、γ6、γ7、γ8，以 該第一經線I與第一緯線Yi相交處為起始點，則該第一紗 線231先於該起始點形成一第一 A1環圈227，並於該第二 經線II與第二緯線γ2的交點形成一 A2環圈227，如此依 序且交替地在該第一、第二經線I、π與該等緯線Υι、γ2、 γ3、Υ4、Υ5、Υ6、Υ7、Υ8的交點處形成多數個環圈227， 該第二紗線232也是先於該起始點形成一與該Α1環圈227 交疊之B1環圈227，並於該第二經線II與第二緯線Y2的 10 1291865 交點形成一與該A2環圈227交疊之B2環圈227，如此依 序且交替地在該第一、第二經線I、Π與該等緯線Y!、Y2、 丫3、Υ4、Υ5、Υ6、Υ7、Υ8的交點處形成多數環圈227，該 等第一、第二紗線231、232會相配合形成多數個編織單元 23 ’且位於每一編織單元23的第二經線Π處的該等環圈 227會與位於另一編織單元23的第一經線I處的該等環圈 227相套接結合，並依此方式逐一接合形成該編織布2，沿 同一經線I、II相套接的該等環圈227則同排相連地形成該 凸脊條221，且該凸脊條221是呈直線條型式的凸紋。 前述二種編織方式的說明，是分別配合九條緯線Υι、 Υ2、Υ3、Υ4、Υ5、Υ6、Υ7、Υ8、γ9 與八條緯線 、丫3 Υ4 Υ5、Υό、Υ7、Ys說明該等凸脊條221的形成過程， 但不應以此限制緯線的數目，只要其數目大於3，都可配合 該等經線I、II、III或該等經線卜π相交成為每一編織單 兀230的該等環圈227的形成處，並進一步相套接成凸紋 ，所以，增加緯線的數目可相應地增加沿該經編方向X形 成的環圈227 ^:目，進而可增長該清潔布2 @凸脊條 長度及沿該經編方向Χ的長度，而該清潔布2垂直該經編 方向X的長度則會隨該編織單元23的數目增加而增長。編 織時’可依實際使用需求決定緯線與編織單元23的數目， 以決定該清潔布2的尺寸。 一值得一一提的是，如果該等凸紐221的脊高段以的 间度Η咼於1.2毫米時，易因支撐力不足而使該等凸脊條 221發生倒塌’並會進—步使清潔效果與效率受到影響。反 (S) !291865 之，如果該等凸脊條221的脊 毫米時，目的舍间’又224的高度Η是低於〇.5 、夺則所形成的該等凹槽222會因深产輕 易納藏灰塵粒子3卜同樣合、^生:衣度車乂成’而較不 张、 U樣會造成清潔效果較不佳的灶果， 所以限定該等凸脊條221的 、· 基於其實用效果的考量。4 24的兩度Μ際上是 t:圖圖3,使用時，是將該清潔布2沾濕後，以 叙拭面2與—待清潔的表面％相接觸，並沿—方向移 動擦拭該表面30’則該清潔布2移動的同時，由於與該表 面30直接接觸的該等凸脊條221是由多數纖維集成的紗線 27所形成’使附著於該表面3〇上的多數灰塵粒子w很容 易地被吸附於該等凸隸221之間，並被帶離該擦拭表面 3〇 e亥等灰塵粒子除了部分會黏附與吸附於形成該等凸脊 條221的纖維紗線23〇中外，當該表面3()聚集較大量的灰 塵粒子31時，料灰塵粒子31還會隨著該清潔布2的擦 拭移動而被推擠容納並吸附於該等凹槽222内。 使用完畢後，只要以清水自該非擦拭面221沖洗該清 潔布2，就可透過編織所形成的該等孔隙228，容易地將吸 附於。亥π潔布2上的該等灰塵粒子31沖離該清潔布2，此 外’集成該專紗線230的纖維之間仍存有許多小孔隙，使 得水分子也能滲入並穿透該等紗線23〇並帶離附著於該等 紗線230上的灰塵粒子31，使該清潔布2可以快速地恢復 為可再用於清潔擦拭的乾淨狀態，並能重複地被使用。 值得說明的是，由於該清潔布2是以針織編織的方式 在該擦拭面21形成固定尺寸的立體圖紋，編織完成後，該 1291865 等紗線230之間具有相同的拉力並呈適當的表面張力，使 該等凸脊條221的相對具有較高的韌度，除了仍保有纖維 材質柔軟與可扭曲的特性，還可藉由該等環圈227同排套 接與互連的拉力使該等凸脊條221呈現較不易變形的挺韌 狀態，而能較容易地掃除該等灰塵粒子31，如此，在擦拭 時，不需費力增加該擦拭面22與該擦拭表面30之間的摩 擦力就可帶走該等灰塵粒子3丨，同時，也可減少因施力不 當或過大而使該等灰塵粒子31在該表面3〇摩擦形成刮痕 的情形。 歸納上述，本發明具較佳清潔效果的清潔布2可獲致 下述的功效及優點，故確實能達到本發明的目的： 一、 該清潔布2是利用該等紗線並經針織編織而形成 排列整齊且有特定尺寸的立體結構，擦拭時只要使該等凸 脊條221的排列方向與移動方向相垂直，就可方便地利用 忒4凹槽222鎖藏住灰塵粒子31或污垢，此外，由於該等 凸脊條221的立體結構，在擦拭時不必施加很大的壓力， 就可與擦拭表面30形成適當的接觸並帶走灰塵粒子31，也 可避免因施力過大而在擦拭表面3〇留下刮痕，具有清潔效 率較高及副作用較小的優點。 二、 由於該等凸脊條221具有較佳的韌度，在擦拭時 遇到有些對擦拔表面吸附力較強的油污時，可較容易地以 ”亥等凸脊條221將油污刮起並收藏堆積在該等凹槽222内 帶走’而具有清潔效果較佳的特性。 二、該清潔布2是先將長纖維集成該等紗線230再利 ㊈ 1291865 用針織編織形成較緊密且韌度較高的立體結構，使該等纖 維彼此纏繞相連而較不易斷裂脫落，而具有使用壽命較長 的特性。 四、該清潔布2是藉由不同的針織編織方式而形成可 方便擦拭掃除灰塵的立體結構，並會在該等紗線23〇之間 形成多數孔隙228，該清潔布2使用後，只要自該非擦拭面 21以水沖洗，就可使水流穿過這些孔隙228並將原本收藏 在該等凹槽222内的污垢一併沖走，而能較容易地使該清 潔布2回復至較乾淨的可使用狀態，具有較容易清洗的優 點。 值得一提的是，該具較佳清潔效果的清潔布2除了應 用清潔擦拭物體表面30外，也可用於清洗碗盤，利用該等 凸脊條221可以容易地刮起附著於碗盤上的油垢食渣，且 由於该等凸脊# 221是由纖維編織形成，可使該等凸脊條 維持較佳的濕潤性而便於使用者清洗，同時相對於一般 ^瓜布又具有較佳的柔軟度而較不易刮傷食器表面，使該 清潔布2也可方便快速且溫和地洗淨碗盤食器，進而增加 〉月洗碗盤的工作效率。 ▲惟以上所述者，僅為本發明之一較佳實施例而已，當 不，以此限定本發明實施之範圍，即大凡依本發明申請專 利範圍及發明說明内容所作之簡單的等效變化與修飾，皆 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一平視圖，說明本發明具較佳清潔效果的清潔 奶 1865 布〜 〜較隹實施例的一擦拭面； 51 2是一平視圖，說明該較佳實施例的一非擦拭面； 、M 3是一剖面示意圖，說明使用該較佳實施例在一表 面進行擦拭的情形； 圖 J Η 蝙織形成波浪條型式 疋千面不思圖’說明該較佳實施例的多數紗線 之凸紋的情形；及 圖 鲁 是一平面示意圖，說明該較佳實施例的該等紗線 扁、哉形成直線條型式之凸紋的情形。Generally, the materials used for the cleaning cloth on the market are (4) (4) State, Screw (4) Gn) and Nylon (Nyl ()n). These (4) are related to their hydrophilic oil and can be made into (4) __ pure, for example, (4) fiber is a kind Man-made fiber, strong hydrophilicity, (4) is a kind of wood pulp fiber, fiber is thicker, water absorption, oil absorption (four) is good, nylon fiber is also a kind of man-made fiber, strong lipophilic. Most of the components of the conventional cleaning cloth are mainly water-weaving fabrics or glutinous cotton. The fibers are usually coarser and arranged in a messy manner on the cleaning cloth, for example, the surface of the cleaning cloth is formed like a terry cloth. Most of the particles and the fibers of the loop are raised and the raised fiber structure is used to contact the wiping surface to carry away dust, dirt or grease. Although the traditional cleaning cloth has better hydrophilicity, lipophilicity, and wiping and cleaning function, there are still the following defects: 1. Due to the disordered fiber arrangement on the surface of the conventional cleaning cloth, the π scale can be hidden. Within the fibers, but also easy to cause the dirt to fall and push to the surface to be cleaned, in addition, since the surface of the cleaning cloth is a soft protrusion that is in the form of particles or loops, it needs to be applied when wiping The larger force is easy to carry away the dust 1291865, and thus, the dirt originally hidden in the fiber is in contact with the wiping surface', and along with the movement of the cleaning cloth, there is a disadvantage that the scratching surface is easily formed on the wiping surface. Second, since the surface of the cleaning cloth is a relatively soft protrusion formed in the form of particles or loops, when the oil is wiped, although some oil stains can be adsorbed and removed by the lipophilicity of the fibers of the cleaning cloth, some are wiped. Oil stains with extremely strong surface adsorption are not easily taken away. Instead, the distribution of oil stains is spread by the pressure applied during wiping, and the cleaning effect is less complete. 3. Since the surface of the cleaning cloth is a loose structure in the form of particles or rings, after a period of use, the fiber wadding is more likely to break and fall off, and will remain on the wiping surface to form secondary pollution, and has a short service life. Disadvantages. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a cleaning cloth which is woven by a knitting method or which has a dust which is easy to remove the surface of other objects, and which is easy to rinse and shake off the attached dust. . Accordingly, the cleaning cloth of the present invention having a better cleaning effect comprises a non-wiping surface in a reverse orientation and a wiping surface. The wiping surface includes a plurality of ridge strips protruding in parallel along a warp direction. The ridge strips define a plurality of grooves, and each ridge strip has a width of 1 〇. A ridge width of mm 2 to 2 mm, and a ridge height of 0.5 mm to 1 2 mm, and the groove has a groove width of 0.7 mm to 1.2 mm. The cleaning cloth is made of natural or artificial synthetic fibers by knitting, and most of the loops formed during the knitting process are located on the wiping surface, and each row of 6 1291865 loops is sleeved along the warp knitting direction and the same Each of the ridge strips is formed in a row by the above composition. When used, as long as the wiping surface is in contact with a surface to be cleaned, a plurality of ridge strips of a specific size formed on the wiping surface can be utilized respectively. Remove dust and dirt, and temporarily lock the dust in the grooves to quickly remove dust and dirt away from the surface to be cleaned, to effectively and quickly clean the dirt, so that the invention can improve cleaning Effect and use efficiency of cleaning efficiency. [Embodiment] The foregoing and other technical contents, features and effects of the cleaning cloth of the present invention having a better cleaning effect will be apparent from the following detailed description of a preferred embodiment of the accompanying drawings. Referring to Figures 1, @2 and 3, the cleaning cloth 2 of the present invention having a preferred cleaning effect comprises a non-wiping surface 2i disposed in a reverse direction and a wiping surface 22. The wiping surface 22 includes a plurality of ridge strips 22 protruding in parallel along the warp direction, and the ridge strips 221 are defined by the two ridges 222, and each of the ridge strips 22 is defined. A ridge width section 223 having a width of % 胄 1 〇 mm to 2.0 mm, and a height Η of 0.5 milli (four) > 2 milli (four) ridge height section 224, and the groove 222 having a width of W2s 〇 7 mm to 12 mm Slot width section 225. Preferably, the U cloth 2 is a plurality of yarns 23 which are assembled from synthetic fibers or natural fibers and then knitted and woven, and a plurality of loops 227 formed by the knitting process are located on the rubbing surface 22 along the The braiding directions are arranged in a row and parallel with a staggered arrangement of 1291865, and the loops 227 are sleeved along the warp knitting direction and are connected to the same row to form the ridge strips 221. Since the loops 227 are all located on the wiping surface 22, the opposite faces 21, 22 of the knitted fabric 2 will exhibit different weave patterns. The loops 227 are joined to form the ridge strips 221, and a pattern having a three-dimensional unevenness is formed on the wiping surface 22 to facilitate cleaning. The non-wiping surface 21 is a pattern having a relatively flat surface without significant unevenness. In the preferred embodiment, the synthetic fiber yarn 227 for knitting and knitting is selected from the group consisting of polyester, nylon, and rayon, and combinations thereof. The material of the cleaning cloth 2 is not limited by this, as long as it has water absorption and moisture absorption characteristics, and can be made into fibers to facilitate the weaving into a cloth, and can be used as a raw material source of the cleaning cloth 2. . In addition, in the preferred embodiment, the ridge strips 22 are woven by knitting and knitting, and the widths of the ridge strips 221 are 1% 〇 pen meters ~ 2. G mm ' And the height H is a wavy strip pattern of G 5 mm to t 2 mm, and correspondingly defines the grooves 222 ' which are also wavy and have a width W2 of 0.7 mm t mm to utilize a strip of a specific size The convex and concave changes, the dust is efficiently swept and accommodated in the cleaning cloth 2, and the dust attached to the cleaning cloth 2 is conveniently removed by rinsing with a plurality of pores 228 formed by 4 weaving with water. So that the cleaning cloth 2 can be used again. However, the shape of the ridges 221 should not be limited by this, and other woven manners may be used to form the strips having the convexities and concaves on the wiping surface 22 of the cleaning cloth 2, for example, the ridges 221 may also be Straight line strips of 1291865 embossments, and correspondingly define a groove 222 that is also a straight strip shape, which can still be matched to achieve easy to remove dust and easy to clean after use. In the following, the ridge strips 221 and the straight strip strips are taken as an example to illustrate the manner in which the ridge strips 221 and the woven fabric 2 are knitted: '(1) The lean ridges 221 are Wave chrome-type ridge ridge: Referring to FIG. 1 and FIG. 4, in the knitting example, the cleaning cloth 2 is knitted by knitting a plurality of corresponding first yarns 231 and a plurality of second yarns 232, respectively. And each of the first yarns 231 is formed by a second yarn 232 to form a knitting unit 23, and each of the knitting units 23 is provided with three first and one parallel to the warp knitting direction X and sequentially arranged. a second, a third warp I, II, III, and a first, a second, a third, a fourth, which are vertically aligned with the warp direction X and are arranged at intervals and orthogonal to the warp threads a fifth, a sixth, a seventh, a eighth, a ninth latitude Υι, γ2, γ3, Υ4, Υ5, γ6, Υ7, γ8, γ9, with the first warp I and the first weft When the intersection of Υι is the starting point, the first yarn 231 forms a first A1 loop 227 before the starting point, and the second warp and the second weft are The intersection of γ2 forms a Α2 loop 227, thus sequentially and alternately in the first and second warps I, II and the latitudes Υι, γ2, γ3, γ4, γ5, Υ6, Υ7, Ys, Υ9 A plurality of loops 227 are formed at the intersection, and the second yarn 232 is also formed with a first ring 227 overlapping the first ring 227 before the starting point, and the third warp m and the second weft are The intersection of Υ2 forms a Β2 ring 227, thus sequentially and alternately in the first and third meridians I, ΠΙ and the 蟓 丫丨, Υ 2, γ3, γ4, γ5, γ6, γ7, γ8, At the intersection of γ9, 1291865 forms a plurality of loops 227, and the first and second yarns 231, 232 cooperate to form a plurality of weaving units 23, and are located at the second warp line II of each weaving unit 23. The loops 227 are sleeved with the loops 227 at the first warp I of the other weaving unit 23, and are joined one by one in this manner to form the woven fabric 2 along the same warp I, π, III. The loops 227 of the sleeves are formed in the same row to form the ridge strips 221, and the ridge strips 221 are woven by the second yarn 232. Article wave pattern is formed with a relief. (2) When the ridges 221 of the ridges are convex of the straight line type: Referring to FIG. 5, in the knitting example, the cleaning cloth 2 is composed of a plurality of first yarns 231 and a plurality of second yarns respectively corresponding to each other. The wire 232 is knitted and woven, and each of the first yarns 231 is formed by a second yarn 232 to form a knitting unit 23, and two knitting machines 23 are arranged in parallel with the warp knitting direction X and are arranged at intervals. a first, a second warp I, a Η, and a first, a second, a third, and a plurality of vertical warp directions X are arranged at intervals and are orthogonal to the warp I and Η a fourth, a fifth, a sixth, a seventh, an eighth latitude 丫丨, γ2, γ3, γ4, γ5, γ6, γ7, γ8, intersecting the first latitude Yi with the first warp I At the starting point, the first yarn 231 forms a first A1 loop 227 before the starting point, and forms an A2 loop 227 at the intersection of the second warp line II and the second weft γ2. Forming a plurality of rings at the intersection of the first and second meridians I, π and the latitudes Υι, γ2, γ3, Υ4, Υ5, Υ6, Υ7, Υ8 in this order and alternately 227, the second yarn 232 also forms a B1 loop 227 overlapping the Α1 loop 227 before the starting point, and forms a joint at the intersection of the second warp II and the second weft Y2 of 10 1291865. a B2 loop 227 overlapping the A2 loop 227, thus sequentially and alternately in the first and second warps I, Π and the latitudes Y!, Y2, 丫3, Υ4, Υ5, Υ6, A plurality of loops 227 are formed at the intersections of Υ7 and Υ8, and the first and second yarns 231, 232 are matched to form a plurality of knitting units 23' and are located at the second warp of each knitting unit 23. The equal loops 227 are sleeved with the loops 227 at the first warp I of the other weaving unit 23, and are joined one by one in this manner to form the woven fabric 2 along the same warp I and II phases. The ferrules 227 are formed in the same row to form the ridge strips 221, and the ridge strips 221 are ridges in a straight strip pattern. The description of the above two weaving methods is to match the nine weft threads Υι, Υ2, Υ3, Υ4, Υ5, Υ6, Υ7, Υ8, γ9 and eight wefts, 丫3 Υ4 Υ5, Υό, Υ7, Ys, respectively. The formation process of the ridge strips 221, but should not limit the number of weft lines, as long as the number thereof is greater than 3, the warp threads I, II, III or the warp threads π can be matched to each weave unit 230. The formation of the loops 227 and further sleeves into ridges, so increasing the number of wefts can correspondingly increase the loops 227 formed in the warp direction X, thereby increasing the cleaning cloth 2 @The length of the ridge strip and the length along the warp direction, and the length of the cleaning cloth 2 perpendicular to the warp direction X increases as the number of the knitting units 23 increases. At the time of weaving, the number of weft and knitting units 23 can be determined according to actual use requirements to determine the size of the cleaning cloth 2. It is worth mentioning that if the ridges of the ridges 221 are at an interval of 1.2 mm, the ridges 221 may collapse due to insufficient support force. The cleaning effect and efficiency are affected. In the case of (S) !291865, if the ridges of the ridge strips 221 are millimeters, the height Η of the destination room 224 is lower than 〇.5, and the grooves 222 formed by the ridges are due to the deep production. Easy to collect dust particles 3 Bu of the same, ^ raw: clothing degree 乂 into ', and less, U-like will cause a poor cleaning effect, so the ridges 221 are limited, based on Practical considerations. 4, the second degree of tweezing is t: Fig. 3, in use, after the cleaning cloth 2 is wetted, the wipe surface 2 is in contact with the surface % to be cleaned, and is wiped in the - direction The surface 30', while the cleaning cloth 2 is moving, because the ridge strips 221 in direct contact with the surface 30 are formed by a plurality of fiber-integrated yarns 27 to cause a plurality of dust particles to adhere to the surface 3 w is easily adsorbed between the protrusions 221, and is carried away from the wiping surface 3 〇ehai and other dust particles except for a part of the fiber yarn 23 which is adhered and adsorbed to form the ridge strips 221 When the surface 3() collects a relatively large amount of the dust particles 31, the dust particles 31 are pushed and accommodated in the grooves 222 along with the wiping movement of the cleaning cloth 2. After the use, the cleaning cloth 2 is rinsed from the non-wiping surface 221 with clean water, and the pores 228 formed by the weaving can be easily absorbed. The dust particles 31 on the Hai π scouring cloth 2 are flushed away from the cleaning cloth 2, and in addition, there are still many small pores between the fibers integrating the special yarn 230, so that water molecules can also penetrate and penetrate the yarns. The wire 23 is folded and carried away from the dust particles 31 attached to the yarns 230, so that the cleaning cloth 2 can be quickly restored to a clean state which can be reused for cleaning wiping, and can be repeatedly used. It should be noted that since the cleaning cloth 2 forms a fixed-dimensional three-dimensional pattern on the wiping surface 21 in a knitted knitting manner, after the knitting is completed, the yarns 2301 and the like have the same tensile force and have appropriate surface tension. The relative ridges 221 have relatively high toughness, in addition to retaining the softness and twistability of the fiber material, and the tension of the loops 227 in the same row of sockets and interconnections The ridge strip 221 exhibits a relatively tough deformable tough state, and the dust particles 31 can be easily removed, so that when wiping, it is not necessary to increase the friction between the wiping surface 22 and the wiping surface 30. The dust particles 3 can be taken away, and at the same time, it is also possible to reduce the situation in which the dust particles 31 rub against the surface 3 to form scratches due to improper application or excessive application. In summary, the cleaning cloth 2 of the present invention having better cleaning effect can achieve the following effects and advantages, so that the object of the present invention can be achieved: 1. The cleaning cloth 2 is formed by knitting and knitting the yarns. The three-dimensional structure is arranged neatly and has a specific size. When the alignment direction of the ridge strips 221 is perpendicular to the moving direction, the dust particles 31 or dirt can be conveniently locked by the 忒4 grooves 222. Due to the three-dimensional structure of the ridge strips 221, it is possible to form proper contact with the wiping surface 30 and take away the dust particles 31 without applying a large pressure during wiping, and it is also possible to avoid the wiping surface 3 due to excessive force applied. The flaws are left behind, which has the advantages of high cleaning efficiency and small side effects. 2. Since the ridge strips 221 have better toughness, when some oil stains with strong adsorption force on the wiping surface are encountered during wiping, the oil can be easily scraped off by the ridges 221 And collecting and stacking in the grooves 222 to carry away the characteristics of having a better cleaning effect. Second, the cleaning cloth 2 is to first integrate the long fibers into the yarns 230 and then the yarn is tightly formed by knit knitting. The three-dimensional structure with high toughness makes the fibers entangled with each other and is less likely to break and fall off, and has the characteristics of long service life. 4. The cleaning cloth 2 is formed by different knitting and weaving methods to facilitate wiping and cleaning. The three-dimensional structure of the dust forms a plurality of pores 228 between the yarns 23, and after the cleaning cloth 2 is used, as long as the water is washed from the non-wiping surface 21, water can flow through the pores 228 and the original The dirt collected in the grooves 222 is washed away together, and the cleaning cloth 2 can be easily returned to a clean and usable state, which has the advantage of being easier to clean. It is worth mentioning that the Good cleaning effect In addition to applying the cleaning wipe surface 30, the cleaning cloth 2 can also be used to clean the dishes. With the ridge strips 221, the grease stains attached to the dishes can be easily scraped off, and due to the ridges #221 It is formed by fiber weaving, which can maintain the better wettability of the ridge strips for the user to clean, and has better softness than the general melon cloth, and is less likely to scratch the surface of the food, so that the cleaning The cloth 2 can also conveniently and quickly and gently wash the dish ware, thereby increasing the working efficiency of the ‘month dishwashing tray. ▲The above is only a preferred embodiment of the present invention, and no, The scope of the present invention is defined by the scope of the present invention, and the simple equivalent changes and modifications made by the present invention are still within the scope of the present invention. The view shows a cleaning milk 1865 cloth having a better cleaning effect of the present invention~~ a wiping surface of the embodiment; 51 2 is a plan view showing a non-wiping surface of the preferred embodiment; and M 3 is a section Signal Figure for illustrating the use of the preferred embodiment for wiping a surface; Figure J Η bat forming a wavy strip pattern without imagining the embossing of the majority of the yarns of the preferred embodiment; Tulu is a plan view showing the case where the yarns of the preferred embodiment are flat and ridged to form a straight strip pattern.
15 1291865 【主要元件符號說明】 2........ •…清潔布 228 …· …·孔隙 21…… •…非擦拭面 230··. •…紗線 22…… •…擦拭面 231 ···· •…第一紗線 221 ···· •…凸脊條 232···· •…第二紗線 222 ·… •…凹槽 30…… •…表面 223 ···. •…脊寬段 31…… •…灰塵粒子 224 ···. •…脊高段 W1.···· …·寬度 225 ·… •…槽寬段 W2•… •…寬度 227 …. •…環圈 Η....... •…高度15 1291865 [Description of main component symbols] 2........ •...Cleaning cloth 228 ...·...·Position 21...•...Non-wiping surface 230··.•...Yarn 22...•...Wiping surface 231 ···· •...first yarn 221 ····•... ridge strip 232····... second yarn 222 ·... •... groove 30... •...surface 223 ···. •...ridge wide section 31... •...dust particles 224 ···. •...ridge height section W1.······width 225 ·... •...slot width section W2•... •...width 227 .... •... Loop Η....... •...height
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