1270361 九、發明說明： .【發明所屬之技術領域】 本發明關於一種平面清潔裝置。 【先前技術】 平面清潔裝置係一般習知者，且舉 帶體’它與-清潔海綿連接。舉例而t，此；，含一攜 恆定密度的PU發泡體構成且設計成方形。月Λ、海綿由- 由於整個清潔海綿内有恆定密度， 卫"5又畔成方形，士今 由使用者施到該平面清潔裝置上的壓迫力量在^ 2清潔面的範圍中係大致一樣大。在所要清潔二：上 又大H須由使用者頻頻地來回刷拭及施以大^ 力量移除到清潔海綿上。 于夕的 【發明内容】 本：明的目的在將一種上述種類的平面清潔裝置改 使仔部分地存在所要清潔的平面上的較大的污染可更 迅速㈣使用者施少許力量更容易地移除。 、、乂種目的係依本發明利用中請專利範圍帛1項的特點 達成八他有利的進—步特點見於巾請專利範圍第工項。 為達成此目的，設有一平面清潔裝置，它包含一攜帶 體’：攜帶體與一清潔海綿連接，其中，該攜帶體之朝向 3 /月漂海、、、•的那一側至少有一壓模形的突起部，該突起部 設在該清潔海綿的_個_致造形的凹隙中。在&，有利的 1270361 做法’係使該朝向所要清潔的平面的突起部距離所要清潔 的平面的距離比起該攜帶體之鄰界到該突起部的區域距該 平面的距離小；換言之，清潔海綿在所要清潔的平面與突 起部之間的高度小於該清潔海綿在鄰接到該突起部的區域 中的咼度。如果要利用本發明的平面清潔裝置將強的污染 從所要清潔的平面移除，則可用以τ方式較簡單地達成此 點·使用者只須稍微加力將壓力經由攜帶體與清潔海綿施 到所要清潔的平面上。由於在所要清潔的平面與該突起部 之朝向該所要清潔的平面的端側之間該清潔海綿的高度比 起清潔海綿的總高度小，故只要稍微加力就足夠在突起部 的區域中將較大㈣迫力施到所要清潔的面上，其中在突 起部的區域中造成較大的單位面㈣力，使得即使較強的 污染也能從所要清潔的平面除去。 ㈣μ度對㈣㈣的高度的比例小於或等於卜 此比例宜為0.3〜0.95，尤官〇 ς η 、、主、如 一 .〜0·75。如果凹隙高度對 /月冰海綿的咼度的比例接近1 ^ , 处1則表不在清潔海綿的清潔 面/、突起部的端侧之間該清潔海綿之留 ’、 固然如此使用者的力量可直接 、门又遏仪/、。 ,α曰 里了直接軛到所要清潔的平面而無損 失，廷疋一種優點，然而另方 、 a ^ ^ ^ r ® Φ ^ /、缺點為·該清潔體在其 。的到很大的機械負荷，如此會較快磨 蔣“ * 絮海綿損壞的情形中，會有 將所要清潔的平面損壞之虞。 曰有 如果該比例等於丨，則清 塊清潔巾，微::::所 1270361 力施到清潔海綿上時1270361 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a planar cleaning device. [Prior Art] A planar cleaning device is generally known, and a lifting body is attached to a cleaning sponge. For example, t, this; comprises a PU foam with a constant density and is designed to be square. Lunar New Year, Sponge by - Due to the constant density in the entire cleaning sponge, Wei "5 is squared again, and the pressure exerted by the user on the flat cleaning device is roughly the same in the range of the cleaning surface of ^ 2 Big. On the second to be cleaned: the upper H must be brushed back and forth by the user frequently and applied with a large force to remove the cleaning sponge. [Abstract] The purpose of the present invention is to change the above-mentioned type of planar cleaning device to a larger portion of the surface to be cleaned, which can be more quickly (4) the user can apply a little force to move more easily. except. According to the invention, the purpose of the invention is to use the characteristics of the patent scope 帛1 item. In order to achieve this, a planar cleaning device is provided which comprises a carrier body: the carrier is connected to a cleaning sponge, wherein the carrier faces at least one of the side facing the sea/ocean, The protrusion is disposed in the recess of the cleaning sponge. In &, the advantageous 1270361 method is such that the distance from the plane of the plane to be cleaned to the plane to be cleaned is smaller than the distance from the boundary of the carrier to the area of the protrusion; in other words, The height of the cleaning sponge between the plane to be cleaned and the protrusion is less than the strength of the cleaning sponge in the region adjoining the protrusion. If the flat cleaning device of the present invention is to be used to remove strong contamination from the plane to be cleaned, this can be achieved relatively simply by the τ method. The user only has to apply a little force to apply the pressure via the carrier and the cleaning sponge. On the plane to be cleaned. Since the height of the cleaning sponge is smaller than the total height of the cleaning sponge between the plane to be cleaned and the end side of the projection facing the plane to be cleaned, it is sufficient in the region of the protrusion as long as a slight force is applied A larger (four) force is applied to the surface to be cleaned, wherein a large unit surface (four) force is created in the region of the protrusions so that even strong contamination can be removed from the plane to be cleaned. (4) The ratio of the degree of μ to the height of (4) (4) is less than or equal to the ratio. The ratio should be 0.3~0.95, especially the official 〇 、, the main, such as a ~~0.75. If the ratio of the height of the recess to the temperature of the ice sponge is close to 1 ^, the position of 1 is not in the cleaning surface of the cleaning sponge / the side of the protrusion is left between the cleaning sponges, and of course the strength of the user Can be directly, the door and the instrument /. , α曰 has a direct yoke to the plane to be cleaned without loss, and one advantage, but the other, a ^ ^ ^ r ® Φ ^ /, the disadvantage is that the cleaning body is in it. To a large mechanical load, so it will be faster to grind Chiang "" In the case of broken sponge, there will be damage to the plane to be cleaned. If there is a ratio equal to 丨, then clean the wipes, micro: :::1270361 When applying force to the cleaning sponge
σ亥大起部就直接作用到該清潔巾 對大多數應用情形，事實瑟· 筆只颂不·如果凹隙高度對清潔 ，母4的而度的比例為〇 5〜〇 75，目丨| i古& · _ 則甚有利。在這種設計， 在犬起部的區域的幸交高、、杳：黎对七 裊放力及在此區域中清潔海綿的 持久性之間可達到很良好的妥協。 依一有利特點，該清潔海綿有多數凹隙，在各凹隙中 設有一突起部。 依第-種設計，該凹隙可設成均勻分佈在清潔海綿之 朝向攜帶體的那個表面的範圍。平面清潔裝置之被突起部 蓋住的面積較大，其中，該施到平面清潔裝置上的力量分 佈到該多數突起部，且因此就個別突起部而言，當花費忮 定的力量時，只會將較小的力量施到所要清潔的平面上。 依另一種設計，可將凹隙只設在清潔海綿的一個「部 分區域」中，且該部分區域構成一個具有較強清潔效力的 強力區域（Powerzone )，比起該清潔海綿之鄰接到此部分 區域的部位來清潔效力較強。在此有利的一點為：由使用 者所施的力量施到該較小的部分區域（它比起整個清潔面 積來算較小），且因此可將較大力量有效作用到所要清潔 的平面上，如此，當費同樣的力氣時，也可將更強的污染 移除。此外，這種設計還有一優點，即：在鄰界到該部分 區域的區域中，清潔海綿的整個高度都可用上，且因此有 很大的體積可用，以當作清潔液的儲槽。 此清潔海綿可由聚胺基曱酸乙酯（PU )構成。在此有 1270361 利的一點為：清潔海綿即使在強機械應力的場合仍有良好 持久性。 依另一設計，可將清潔海綿由聚乙烯醇（pvA )構成。 如不採此方式，該清潔海綿，舉例而言，也可由纖維素構 成0 PVA及纖維素比起pu構成之清潔海綿體來有一優點， 即·匕們可吸收及儲存較大量的清潔液，且比起由pu構 成的清潔海綿來，其清潔效力較佳。 舉例而έ ’清潔海綿完全由纖維素或完全由PU構成。 但在這種海綿的單一材料設計的場合也有缺點，特別 是當清潔海綿配合翼片拖把使用日夺，由纖維素構成的清潔 海韩在乾燥狀態時’很難或甚至不可能無損壞地撓曲，且 由PU構成的海綿只有較小㈣潔㈣，因此不能特佳地 吸收污染物。 為了避免上述缺點，茲主張：使該清潔海綿包含至少 二個「清潔部分海綿」，它們各具一清潔面，#中該二清 刀海4由互不相同的材料構成，且相鄰設置且互相連 接，其中在乾燥狀態時，第一清潔部分海綿比第二清潔部 分海綿的撓曲性更大。 利用每種設計，有_優點，_:該清潔海綿可良好地 配合使用情形的各種條件，且可配合一翼片拖把良好地使 用。即使該清潔海綿係乾燥或變乾者，該翼片拖把也可良 好動作，而不會損«破壞該清潔海綿。 精著將清潔海綿作功能技術式的個別化，可使該清潔 1270361 海綿設計成使它特別適合解決上述的一部分問題。此清潔 海綿在第一清潔部分海綿的區域的可撓性特佳，因此它也 可配合一翼片拖把使用，且該翼片拖把即使在清潔海錦乾 燥狀態時也可毫無問題地動作，而不會損壞或破壞清潔 體。 潔部分海綿的材料可設計成具特佳的清 力’而不考慮它是否在乾燥狀態能撓曲。 利用第一清潔部分海綿，在乾燥狀態時，即使該清潔 體係乾燥或微沾濕，而能確保一翼片拖把的翻轉機構的出 色功能。 第一清潔部分海綿由聚胺基甲酸乙酯（PU)構成。在 此有利的一點為：不論第一清潔部分海綿是乾或濕，該由 聚胺基甲酸乙輯構成的部分海綿都能良好地挽曲/指曲， 口此即使在乾燥或仍乾的狀態，該翼片拖把〔清潔體宜用 I鬆開而不會損壞的方式固定在其上〕的功能不受影響。 延種清潔部分海綿的持久性良好，因為聚胺基甲酸乙醋具 有對，械應力較高的耐抗性，即使當使用者施一較高的塵 迫力置到第一清潔部分海綿上時亦然。 去播利的設計’該第二清潔部分海绵宜由纖維 巧+ &此有利的—點為：第二清潔部分海綿就其清潔 m折 冑很好的使用性質’因為纖維素能特佳地吸收 :。雖然由纖維素構成的清潔體在乾燥狀態時只有 二的:Γ’但這點在本發明的清潔海綿及其在翼片拖 …並無缺點，因為該可撓性大得多的第一清潔部 1270361 分提供了可撓性。 、依第二種有利特點，該第二清潔部分 細醇構成，與纖維素構成之第二清潔 =乙 構成之第二清潔海綿有-優點:”二清潔部分::: : 理想地配合制情形的各種條件 艮 比纖維素高-些。 PVA的吸水性往往 該二清潔部分海綿設置成一體式且單一材料式。 二十尤其對於第—種清潔部分海綿有決定性的重要性，因 =此可4保第-清潔部分海綿的各部分區域有相同之有 ^可撓性、此，關於可撓性方面的缺點――例如由於 =混人在第-清料料造成之缺點，例如由於該清潔 海綿從所要清理的面沿該翼片拖把的攜帶體的方向一層芦 地構成所造成者一 一可以避免。 該清潔海綿可各大致設計成方形，且其互相朝向的端 侧互相連接。如此該清潔海綿整個上分成一些功能區域， 其中各功能區域對應於一清潔海綿。 一依一特別有利的設計，在該第一清潔部分海綿之背向 第二清潔部分海綿的那個端側上設有一第三清潔部分海 綿，且與第一清潔部分海綿連接。此外，該第二及第三清 >糸部分海綿在造形上及/或材料上宜設計成一致，由於清 潔體對第一清潔部分海綿成對稱，故使用上較簡單。對於 不同的使用情形，可使第二及第三清潔部分海綿固然就造 形而言係一致，但就材料而言互相不同。如此，舉例而言， 第二清潔部分海綿第三清潔部分海綿有更大的刮磨式清潔 1270361 作用其中’舉例而δ ’第三清潔部分海綿的可撓性可比 第二清潔部分㈣更大。如此，該清潔海綿可配合使用情 形的各條件。然而，舉例而t，也可將第二及第三清潔部 分海綿做成單-材料方式，其中造形各不$。舉例而言第 二清潔部分海綿之背向第-清潔部分海綿的那個端側可設 計成修成圓滑狀，<旦第三清潔部分海綿之背向第一清潔部 分海綿的那個端侧則設計成角形。 只有第一清潔部分海錦的清潔面可在該背向對應之表 面的那一侧有一微 '纖維刷拭裾（Mikrofase卜Wischbesatz )。 此刷㈣很有利’因為特別是當第一清潔部分海緯由pu 構成時，該PU比起纖維素來清潔效力較小。要使第一清 潔部分海綿的PU #料的出色可撓性與良好的清潔效力二 種優點兼併，該微纖維刷拭裾很有利。此微纖維刷拭裾呈 :巾布形狀…匕起第-清潔部分體的厚度來，其厚度小 得可心略目此第清潔部分體的可撓性不會由於使用微 纖維刷拭裾而受影響。 舉例而言，該刷拭据也可由不同於微纖維的材料構成。 如果須使用-種材料，其财作純強，則❹—刷拭裾， 它由一部分微纖維一部分粘絲（Visk〇se)構成。 該攜帶體包含二個翼片，它們利用一設計成绞鍵式的 關節互相連接成可翻動的方式，纟中該關節只設在第一清 潔海綿的表面的區域。具有這種清潔海綿的翼片拖把有— k點’即·即使該清潔海綿係乾燥者或只微微潤濕，該翼 片拖把的翻動機構也能良好#用。it點達成之ϋ，係使翼 1270361 二拖=第-清潔海錦的可撓性不論第一清潔部分 乾、濕潤或潮溼，至少一致地良好。 ^ 別有利=t、種* ’用PU材料第—清潔部分海歸特 二=的破裂拉伸遠大於纖維素，且因此“ 海4有較佳之耐久性， 4 的機械應力時亦然。L料球⑷造成較大 …攜帶體宜由-種聚合物材料構成。在此有一優點，g 化種攜帶體質量小，且對許多清潔液有抵抗性。 p =突起部可構成攜帶體之—體式及單—材料的構件。 有=面清潔裝置能簡單廉價地製造這點看，這種設計拫 1因為整個攜帶體，包含其突起部在内 作過程中製造。 你遏工 這種tlr種設計’該突起料由—種彈性體材料構成。 丄人〇邛可用力量接合（夾合）及，或形狀接合（嵌合、 :二：式與攜帶體的一載板連接。由彈性材料構成的突 =優點為可自動限制力*，因此僅管希望施較小力量 就月匕有尚清潔效力，作在 的損壞之虞仍可力$時，所要清潔的平面 上相自動限制力量的作用可用以下方式達成：將突 =:計成沿轴向可以彈性撓曲。如果突起部由彈性體材 =成’則此彈性撓曲性受到該彈性體材料本身條件限 反之’如果該突起部為攜帶體的一個一體式且單一材 料的構件’則（舉例而言）㈣起部在其軸向延伸範圍的 固部分區域」中可設計成手風琴形（蛇腹形），且對 12 1270361 所要清潔的平面而言太大的力量可藉彈性變形而吸收。 攜帶體與清潔海綿宜互相連接成可無損壞地鬆開的方 式。在此有一優點，即··攜帶體與清潔海綿都可各呈相同 垃圾分類而回（。此外，清潔海綿（它所受磨損比攜帶體 更大）可利用上述設計毫無問題地更換。攜帶體與清潔海 綿之間的接合可為力量接合及/或形狀接合的方式。一種 可％的接合方式為自粘布（Klettverschlufi，英：veicr〇 fastener) ’藉之將清潔海綿固定在攜帶體上。 攜帶體可在背向清潔海綿的那一面上有一把手。如此 忒平面清潔裝置呈一拖把或掃把形式，且可由使用者使用 以不費力地清理地板。 。亥平面清潔裝置的另一種較佳使用方式可用以下方式 達成：將攜帶體與把手利用一關節互相連接。如此，舉例 而言’攜帶體與把手可呈萬向接頭方式相對運動。 此清潔海綿體可在背向攜帶體的那一侧，至少在一個 部分區域中被一微纖維刷拭裾蓋住。這種微纖維刷拭裾有 利於改善清潔效力。 以下利用圖1與圖2及圖3與圖4詳細說明本發明的 平面清潔裝置的二個實施例。 【實施方式】 圖1及圖2顯示一平面清潔裝置的實施例。該平面清 潔裝置適用於清潔地板，特別用於清潔各種受不同程度污 染的地板。本發明的平面清潔裝置有一個聚合物材料構成 13 1270361 的攜帶體（1)，在此實施例中，它在朝向清潔海綿（2)的那一 側上有七個壓模形的突起部（3.1)(3·2)，…（3·7)，它們從攜 帶體（1)的載板（1 3)沿軸向朝所要清潔的平面（14)的方向延 伸。該突起部（3·1)(3·2)···(3·7)設在清潔海綿（2)的對應數目 的凹隙（4· 1)(4.2)…（4.7)中，其造形與突起部一致。 圖1中顯示本發明的平面清潔裝置沿圖2的線C_D的 一剖面，凹隙（4·1)(4·2)(4·3)對清潔海綿（2)的高度（6)的比 例，在此實施例中為約0.75。 凹隙（4· 1)(4.2)".(4.7)只設在清潔裝置的部分區域（8) 中’其中此部分區域（8)設計成具較大清潔效力的強力區域 形式。相較於該清潔海綿之鄰接到此部分區域（8)的區域 來’可藉著將此平面清潔裝置施沿軸向較大的壓力到所要 清潔的平面（14)，在部分區域（8)中對所要清潔的平面施較 大的單位面積壓力，因為--就力量傳動方面--使用者 只要施稍稍較大一點的力量到攜帶體（1)上，結果就可使高 得多的單位面積壓力在部分區域（8)施到所要清潔的平面 上。 在此處所示的實施例中，凹隙（41)(42).(47)做成盲 孔狀凹隙（4·1 )(4.2)".(4.7)的外直徑。如此可確保在突起 邛（3· 1)(3.2)...(3.7)的端側末端所要清潔的平面（14)之間該 清潔海綿有良好的可壓縮性。 在此處所示的實施例中，攜帶體利用萬向接頭式的 關即（11)與把手（1〇)連接，且因此可當作地板清潔裝置使 用0 14 1270361 在部分區域（8)〔突起部（3·1)(3·2)··.(3·7)在此部分區域 中設在凹隙（4·1)(4·2)···(4.7)〕中，該清潔海綿（2)的清潔面 (15)設有微纖維刷拭裾（12)。 圖 2 中顯示圖 1的剖面 Α-Β。該七個突起部 (3.1)(3.2)…（3.7)呈剖面示於凹隙（4.1)(4.2)…（4.7)内，其 中’部分區域（8)〔在此處所示實施例中被該微纖維刷拭裾 (12)蓋住〕用虛線表示。 圖3與圖4的實施例與圖1及圖2的實施例不同處在： 清潔海綿（2)有三個清潔部分海綿（16)(17)(23)，它們各有清 潔面（18)(19)(28)，其中該清潔部分海綿（16)(17)(23)由互不 相同的材料構成，相鄰設置且互相連接。第一清潔部分海 、緯（16)由PU構成，且各在乾燥狀態時，其可撓性比第二（17) 及第三清潔部分海綿（23)大。第二與第三清潔部分海綿 (17)(23)各由纖維素構成，且其造形與材料設計成一致。 第一清潔部分海綿（16)具有上述之部分區域（8)，其中 只有第一清潔部分海綿（16)的清潔面（18)在背向表面（7)的 那一侧有一微纖維刷拭裾（12)。圖3及圖4之平面清潔裝 置設計成翼片拖把形式，其中該攜帶體（1)有二個翼片，它 們利用一設計成鉸鏈式的關節（26)互相連接成可翻動的方 式。此關節（26)只設置在第一清潔部分海綿（16)的表面（27) 的區域中。 本發明的清潔海綿的設計不限於使用於一些攜帶體〔它 們可繞一條與攜帶體縱軸垂直的轴翻動〕（如此處所示卜 其他的攜帶體（它們有一關f，平行於縱軸延伸或本身即 15 1270361 為縱軸）可設以上述清潔海綿；如此，舉例而言，該 或三個清潔部分海綿就平行於攜帶體之縱軸延伸。 【圖式簡單說明】 圖1係經平面清潔裝置沿圖2之C-D之剖面圖， 圖2係經平面清潔裝置沿圖1之A-B之剖面圖， 圖3係經平面清潔裝置沿圖4之G-Η之剖面圖， 圖4係經平面清潔裝置沿圖3之E-F之剖面圖。 【主要元件符號說明】 (1) 攜帶體 (2) 清潔海綿 (3.1)(3.2)...(3.7) 突起部 (4.1)(4.2)...(4.7) 凹隙 (5) 凹隙的高度 (6) 清潔海綿（2)高度 ⑺ 攜帶體（1)的表面 ⑻ 部分區域 (9) 鄰接區域 (10) 把手 (11) 關節 (12) 纖維刷拭裾 (13) 攜帶板 (14) 所要清潔的平面 1270361 (15) 清潔海綿（2)的清潔面 (16)(17) 清潔部分海綿 (23) 清潔部分海綿 (26) 關節 (27) 表面 17σ海大起部 directly acts on the cleaning towel for most applications. The fact that the pen is only 颂 · If the height of the gap is clean, the ratio of the mother 4 is 〇5~〇75, witness | i ancient & · _ is very beneficial. In this design, a good compromise can be achieved between the good fortune in the area of the dog's upper part, the enthusiasm of Li, the force of the seven-way force, and the durability of the sponge in this area. According to an advantageous feature, the cleaning sponge has a plurality of recesses, and a protrusion is provided in each of the recesses. According to a first design, the recess can be arranged to be evenly distributed over the surface of the cleaning sponge that faces the carrier. The area of the planar cleaning device covered by the protrusions is large, wherein the force applied to the planar cleaning device is distributed to the plurality of protrusions, and thus, in the case of individual protrusions, when a certain amount of force is spent, only Apply less force to the surface to be cleaned. According to another design, the recess can be placed only in a "partial area" of the cleaning sponge, and the partial area constitutes a strong zone (Powerzone) with a strong cleaning effect, which is adjacent to the cleaning sponge. The area of the area is more effective in cleaning. It is advantageous here that the force applied by the user is applied to the smaller partial area (which is smaller than the entire cleaning area), and thus a large force can be effectively applied to the plane to be cleaned. So, when the same effort is spent, stronger pollution can be removed. In addition, this design has the advantage that the entire height of the cleaning sponge can be used in the area from the adjacent boundary to the partial area, and therefore a large volume is available for use as a reservoir for the cleaning liquid. This cleaning sponge can be composed of polyaminoethyl phthalate (PU). Here, the 1270361 advantage is that the cleaning sponge is durable even in the case of strong mechanical stress. According to another design, the cleaning sponge can be composed of polyvinyl alcohol (pvA). If this method is not used, the cleaning sponge, for example, can also constitute 0 PVA of cellulose and cellulose has an advantage over the cleaning sponge composed of pu, that is, we can absorb and store a relatively large amount of cleaning liquid, And the cleaning effect is better than that of the cleaning sponge composed of pu. For example, the cleaning sponge is made entirely of cellulose or entirely of PU. However, there are also disadvantages in the design of a single material of such a sponge, especially when the cleaning sponge is used in conjunction with the airfoil mop, and the clean sea uranium composed of cellulose is difficult or even impossible to scratch without being damaged in a dry state. Quarts, and the sponge composed of PU is only small (four) clean (four), so it is not possible to absorb pollutants particularly well. In order to avoid the above disadvantages, it is claimed that the cleaning sponge comprises at least two "cleaning part sponges" each having a cleaning surface, wherein the two clearing seas 4 are composed of mutually different materials and are adjacently arranged and Interconnected, wherein in the dry state, the first cleaning portion of the sponge is more flexible than the second cleaning portion of the sponge. With each design, there is an advantage, _: the cleaning sponge can be well matched to various conditions of the use case, and can be used well with a flap mop. Even if the cleaning sponge is dried or dried, the flap mop can perform well without damaging the cleaning sponge. The individualization of the cleaning sponge as a functional technique allows the cleaning 1270361 sponge to be designed to be particularly suitable for solving some of the above problems. The cleaning sponge is particularly flexible in the area of the sponge of the first cleaning portion, so that it can also be used with a flap mop, and the flap mop can be operated without problems even when the sea is dry. Will not damage or damage the cleaning body. The material of the cleaned part of the sponge can be designed to have a very good cleaning force regardless of whether it can flex in a dry state. With the first cleaning portion sponge, in the dry state, even if the cleaning system is dry or slightly wet, the function of the turning mechanism of the flap mop can be ensured. The first cleaning portion sponge is composed of polyurethane (PU). It is advantageous here that the sponge of the polyurethane is well bent/fingered regardless of whether the sponge of the first cleaning portion is dry or wet, even if it is dry or still dry. The function of the flap mop (the cleaning body should be fixed to it by means of I loosening without damage) is not affected. Extending the cleansing part of the sponge has good durability because the polyurethane vinegar has the resistance to high mechanical stress, even when the user applies a higher dust force to the sponge of the first cleaning part. Of course. The design of the second cleaning part should be made of fiber smart + & this is advantageous - the second cleaning part of the sponge is clean and easy to use. Because cellulose can be excellent absorb:. Although the cleaning body composed of cellulose has only two in the dry state: 但这 'but this is not a disadvantage in the cleaning sponge of the present invention and its dragging on the flaps because of the much greater flexibility of the first cleaning Section 1270361 provides flexibility. According to the second advantageous feature, the second cleaning part is composed of fine alcohol, and the second cleaning sponge composed of cellulose=the second cleaning sponge composed of B has the advantage: “two cleaning parts::: : ideally matching situation The various conditions are higher than those of cellulose. The water absorption of PVA tends to be set in a one-piece and single material type of sponge. Twenty is especially decisive for the first cleaning part of the sponge, because = this 4 The parts of the sponge-cleaning part of the sponge have the same flexibility, which is related to the disadvantages of flexibility - for example due to the disadvantages caused by the mixing of the first-clear material, for example due to the cleaning The sponge can be avoided from the fact that the surface to be cleaned is formed in the direction of the carrier of the airfoil mop. The cleaning sponges can each be roughly square and have mutually connected end sides connected to each other. The cleaning sponge is divided into a plurality of functional areas, wherein each functional area corresponds to a cleaning sponge. According to a particularly advantageous design, the first cleaning portion of the sponge faces away from the second cleaning portion. a third cleaning portion sponge is disposed on the end side of the sponge, and is connected to the first cleaning portion sponge. Further, the second and third cleaning portions of the sponge are preferably designed to be uniform in shape and/or material. Since the cleaning body is symmetrical to the sponge of the first cleaning portion, it is simpler to use. For different use cases, the second and third cleaning portions of the sponge can be made consistent in terms of shape, but different from each other in terms of materials. Thus, for example, the second cleaning portion sponge third cleaning portion sponge has a larger scraping cleaning 1270361 effect wherein 'exemplary δ' third cleaning portion sponge may be more flexible than the second cleaning portion (four). Thus, the cleaning sponge can be used in accordance with the conditions of the use case. However, by way of example, the second and third cleaning portion sponges can also be made into a single-material manner, wherein the shape is not $. For example, the second cleaning portion The end side of the sponge toward the first cleaning portion of the sponge may be designed to be rounded, < the end of the sponge of the third cleaning portion facing away from the sponge of the first cleaning portion It is measured into an angular shape. Only the cleaning surface of the first cleaning part of Haijin can have a micro-fiber brush wiper (Mikrofase Bu Wischbesatz) on the side facing away from the corresponding surface. This brush (four) is very advantageous 'because especially when When a cleaning portion is composed of pu, the PU is less effective than cellulose, and the microfiber is combined with the excellent flexibility of the first cleaning portion of the PU material and the good cleaning efficiency. It is very advantageous to brush the sputum. The microfiber brush is in the shape of a towel cloth... the thickness of the first cleaning part is raised, and the thickness thereof is small enough that the flexibility of the cleaning part is not used. The microfiber brush is affected by the wiping. For example, the brushing material can also be made of a material different from the microfiber. If the material is to be used, the material is pure and strong, then the brush is wiped, and it is partially The microfiber is composed of a part of a sticky wire (Visk〇se). The carrier comprises two flaps which are interconnected in a flippable manner by means of a hinge designed to be hinged, the joint being located only in the region of the surface of the first cleaning sponge. The flap mop having such a cleaning sponge has a - k point. That is, even if the cleaning sponge is drier or only slightly wetted, the flap mop flapping mechanism can be used well. After the point is reached, the wing 1270361 two tow = the first - clean sea brocade flexibility, at least consistently good, whether the first cleaning part is dry, wet or wet. ^ Don't be favorable =t, kind* 'Using PU material--cleaning part Haiguite II=The rupture stretch is much larger than cellulose, and therefore "Sea 4 has better durability, and 4 mechanical stress is also the same. The ball (4) causes a large...the carrier body is preferably composed of a polymer material. There is an advantage in that the g-type carrier has a small mass and is resistant to many cleaning liquids. p = the protrusion can constitute a carrier And the single-material component. The = surface cleaning device can be manufactured simply and cheaply. This design is because the entire carrier, including its protrusions, is manufactured in the process. 'The protrusion material is composed of a kind of elastomer material. The 丄人〇邛 can be joined by force (clamping) and or shape-engaged (fitting, two: type is connected with a carrier of the carrier. The elastic material is composed of Sudden = the advantage is that the force can be automatically limited*, so only if you want to apply less force, the lunar sputum has a cleaning effect, and when the damage is still possible, the effect of automatically limiting the force on the plane to be cleaned can be used. The following way is achieved: The axial direction can be elastically deflected. If the protrusion is made of an elastic material = ', then the elastic flexibility is limited by the condition of the elastomer material itself. If the protrusion is a one-piece and single material member of the carrier' Then, for example, (4) the starting portion can be designed as an accordion (snake-shaped) in the solid portion of its axial extension, and the force that is too large for the plane to be cleaned by 12 1270361 can be elastically deformed. Absorption. The carrier and the cleaning sponge should be connected to each other in such a way that they can be loosened without damage. There is an advantage that the carrier and the cleaning sponge can be sorted back by the same garbage (in addition, the cleaning sponge (it The wear is larger than the carrier. The above design can be replaced without any problem. The joint between the carrier and the cleaning sponge can be a force joint and/or a shape joint. One type of joint can be self-adhesive cloth. (Klettverschlufi, English: veicr〇fastener) 'By attaching the cleaning sponge to the carrier. The carrier can have a handle on the side facing away from the cleaning sponge. So 忒The face cleaning device is in the form of a mop or broom and can be used by the user to clean the floor effortlessly. Another preferred use of the sea level cleaning device can be achieved by interconnecting the carrier and the handle with a joint. Thus, for example, the carrier and the handle can be moved in a universal joint manner. The cleaning sponge can be covered by a microfiber brush on at least one portion of the side facing away from the carrier. Such a microfiber brushing wiper is advantageous for improving the cleaning efficiency. Two embodiments of the planar cleaning device of the present invention will be described in detail below with reference to Figs. 1 and 2 and Figs. 3 and 4. [Embodiment] Figs. 1 and 2 show An embodiment of a planar cleaning device suitable for cleaning floors, particularly for cleaning various floors that are contaminated to varying degrees. The planar cleaning device of the present invention has a carrier material (1) of a polymer material composition 13 1270361, which in this embodiment has seven press-shaped projections on the side facing the cleaning sponge (2) ( 3.1) (3·2), ... (3·7), which extend from the carrier (1 3) of the carrier (1) in the direction of the plane (14) to be cleaned. The protrusions (3·1) (3·2) (3·7) are provided in a corresponding number of recesses (4·1) (4.2) (4.7) of the cleaning sponge (2), and the shape thereof is formed. Consistent with the protrusions. Figure 1 shows a plan view of the planar cleaning device of the present invention along the line C_D of Figure 2, the ratio of the height (6) of the gap (4·1) (4.2) (4.3) to the cleaning sponge (2). , in this embodiment, is about 0.75. The recess (4·1)(4.2)".(4.7) is only provided in a partial area (8) of the cleaning device, wherein this partial area (8) is designed in the form of a strong area with a large cleaning effect. Compared to the area of the cleaning sponge adjacent to the partial region (8), the planar cleaning device can be applied with a relatively large axial pressure to the plane to be cleaned (14), in a partial region (8) Apply a large unit area pressure to the plane to be cleaned, because -- in terms of power transmission - the user can apply a slightly larger force to the carrier (1), resulting in a much higher unit. The area pressure is applied to the plane to be cleaned in a partial area (8). In the embodiment shown here, the recesses (41) (42). (47) are formed as outer diameters of blind hole-shaped recesses (4·1) (4.2) ". (4.7). This ensures that the cleaning sponge has good compressibility between the flat surfaces (14) to be cleaned at the end ends of the projections 3(3·1)(3.2)...(3.7). In the embodiment shown here, the carrier is connected to the handle (1〇) by means of a universal joint type (11), and thus can be used as a floor cleaning device in 0 14 1270361 in a partial area (8) [ The protrusions (3·1) (3·2)··. (3·7) are provided in the recesses (4·1) (4·2) (· (4.7)) in this partial region, and the cleaning is performed. The cleaning surface (15) of the sponge (2) is provided with a microfiber brushing wiper (12). Figure 2 shows the section Α-Β of Figure 1. The seven protrusions (3.1) (3.2) ... (3.7) are shown in cross section in the recesses (4.1) (4.2) ... (4.7), wherein the 'partial area (8) is [in the embodiment shown here The microfiber brush wiper (12) is covered by a broken line. The embodiment of Figures 3 and 4 differs from the embodiment of Figures 1 and 2 in that the cleaning sponge (2) has three cleaning portion sponges (16) (17) (23) each having a cleaning surface (18) ( 19) (28), wherein the cleaning portion sponge (16) (17) (23) is composed of mutually different materials, adjacently disposed and connected to each other. The first cleaning portion sea and weft (16) are composed of PU, and each of them is wider in flexibility than the second (17) and third cleaning portion sponges (23). The second and third cleaning portion sponges (17) (23) are each composed of cellulose, and are shaped to conform to the material. The first cleaning portion sponge (16) has a partial region (8) as described above, wherein only the cleaning surface (18) of the first cleaning portion sponge (16) has a microfiber brush on the side facing away from the surface (7) (12). The planar cleaning device of Figures 3 and 4 is designed in the form of a flap mop wherein the carrier (1) has two flaps which are interconnected in a flippable manner by means of a joint (26) designed to be hinged. This joint (26) is only disposed in the area of the surface (27) of the first cleaning portion sponge (16). The design of the cleaning sponge of the present invention is not limited to use with some carriers (they can be flipped about an axis perpendicular to the longitudinal axis of the carrier) (as shown here, other carriers (they have an off f, extending parallel to the longitudinal axis) Or itself, that is, 15 1270361 as the vertical axis) may be provided with the above-mentioned cleaning sponge; thus, for example, the or three cleaning portions of the sponge extend parallel to the longitudinal axis of the carrier. [Simplified Schematic] FIG. 2 is a cross-sectional view of the planar cleaning device along the line AB of FIG. 1, and FIG. 3 is a cross-sectional view of the planar cleaning device along the G-Η of FIG. The cleaning device is shown in the EF section of Figure 3. [Main component symbol description] (1) Carrier (2) Cleaning sponge (3.1) (3.2)... (3.7) Projection (4.1) (4.2)... (4.7) Recess (5) Height of the gap (6) Cleaning sponge (2) Height (7) Surface of the carrier (1) (8) Partial area (9) Adjacent area (10) Handle (11) Joint (12) Fiber brush Wipe (13) Carrying plate (14) Flat to be cleaned 1270361 (15) Cleaning surface of cleaning sponge (2) (16) (17) Clean part of the sponge (23) Clean part of the sponge (26) Joint (27) Surface 17