M368422 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種清洗拖把之脫水桶，尤指一種結構簡 單且不易磨損的清洗拖把之脫水桶。 【先前技術】 按，拖把係常用來作為地面之清潔工具之一，而傳統之 脫水桶則係用以輔助拖把除去多餘水份之工具；傳統之脫水 桶係以擠壓拖把上棉布條之方式，將棉布條上之水分淅瀝出 來；又如中華民國新型專利證書第M338634號專利，其具有 一殼體、一裝置部、一轉動單元，其中該轉動單元包含承置 元件、轉動軸、傳動單元以及推桿單元等元件間之相互作動 關係，帶動該轉動單元轉動，藉以使拖把脫水；此種脫水桶 之裝設方式，具有其根本上之缺失；其中該傳動元件更包括 一齒排、一第一齒輪、一第二齒輪、一單向齒輪及一彈性元 件，該裝置部係設置有一導輪及一導軌，此專利在實施上為 能使該推桿單元連動該齒排，而需增加導輪、導軌等多種元 件，而造成結構複雜且有組裝複雜等缺點。 再者，該些導輪導軌等物件之設置，長久使用下來，必 定因磨損而容易導致該齒排無法於導軌上輕易滑動，因此縮 短脫水桶之使用壽命。 不僅如此，該專利尚需藉由導輪跟導軌以限定該齒排以 橫向位移方向移動，因此，該些構件需以橫向方式設置於脫 水桶内，導致該脫水桶内所能注入之水量受到限制，也因此 間接影響到拖把清洗時之清潔度。 M368422 【新型内容】 因此，為解決上述問題，本創作提出一種清洗拖把之脫 水桶，尤指一種結構簡單且不易磨損的清洗拖把之脫水桶。 為達上述功效，本創作提供一種脫水桶，包含： 一桶體、一脫水槽及一驅動機構，其中該驅動機構係設 於該桶體内，用以驅動該脫水槽；其特徵在於： . 該驅動機構包括： 一底座，該底座之兩側設有兩支架，且該兩支架之上端 設有相對而設之軸孔，底座上設有一第一定位孔及一第二定 β 位孔；一大齒輪，其中該大齒輪之頂面設有連動之一傘形齒 輪，且該大齒輪藉由一定位軸定位於該第一定位孔；一踏板， 該踏板之前端設有一軸管，藉由一橫向螺栓穿伸定位在該軸 孔，且該踏板之一側朝底面延設出一定位面；一弧形齒輪，係 固定於該定位面，其中該弧形齒輪並與該傘形齒輪嚅合；一回 力彈簧，係套設於該軸管上，且該回力彈簧之一第一端部係 卡制於該支架上，而，該回力彈簧之一第二端部係卡制於該 踏板；一轉動軸，其底端係呈可轉動地被套置於該第二定位 Φ 孔，而頂端則穿伸出該容置區而至該桶體内，並與該脫水槽 連接；一小齒輪，係套設於該傳動軸中段處且不與其連動，該 " 小齒輪與該大齒輪嚅合並受其驅動；以及一單向軸承裝置，係 套設於該轉動軸且設於該小齒輪底部，受該小齒輪單向驅 動，而與該轉動軸連動，進而帶動與該轉動軸連接之脫水槽 作一單方向轉動者。 為讓本創作之上述和其他目的、特徵、和優點能更明顯 易懂，下文特舉一較佳實施例，並配合所附圖式，作詳細說 明如下： M368422 【實施方式】 請參照第1圖’係繪示本創作之一種清洗拖把之脫水桶 (100)之示意圖，該清洗拖把之脫水桶（100)包含：一桶 體（10)、一脫水槽（20)及一驅動機構（30)。 其中該桶體（10)，頂面呈開口（U)，底部側面設有一 凹入之容置區（12) ’該桶體（1〇)之一提手（13)則設於該 桶體頂部周緣；而該脫水槽（2〇)，係設於該桶體（1〇)内， 且相對位於該容置區（12)上方；該驅動機構（30)，係設於 該谷置區（12)’用以驅動該脫水槽（2〇)。 請同時參閱第2圖至第3B圖，其中第2圖係繪示本創 作之清洗拖把之脫水桶（1〇〇)之分解圖，第3圖係繪示本創 作之清洗拖把之脫水桶（1 〇 〇 )之側面剖示圖，第3 a圖及第 3B圖則分別繪示本創作之清洗拖把之脫水桶（1〇〇)之不同 部分剖示圖，其中該驅動機構（30)包括：一底座（31)，該 底座之兩侧設有兩支架（311)，且該兩支架之上端設有相對 而設之軸孔（312)，底座上設有一第一定位孔（313)及一第 二定位孔（314);其中該支架（311)可以呈山字形狀；一大 齒輪（32)，其中該大齒輪之頂面設有連動之一傘形齒輪 (321 )，且該大齒輪（32)藉由一定位轴（322)及一鎖定件 ( 323)定位於該第一定位孔（313);—踏板（33)，該踏板 (33)之前端設有一轴管（331)，藉由一橫向螺栓（ 332)穿 伸定位在該軸孔（312)，且該踏板（33)之一侧朝底面延設 出一定位面（333 ); —弧_形齒輪（34)’係固定於該定位面 ( 333)，其中該弧形齒輪（34)並與該伞形齒輪（321)嚷合； 一回力彈簧（35)，係套設於該轴管（331)上，且該回力彈 M368422 輪（34)會因反作用力而回到起始位置，而此亦會進而帶動 與該弧形齒輪（34)嚅合之該傘形齒輪（321)做同方向之轉 動；該傘形齒輪（321)會以R3方向之順時針轉動，而該大 齒輪（32)亦因而與該傘形齒輪（321)做同一方向之順時針 方向轉動，接著，與該大齒輪（32)嚅合之該小齒輪（37) 並受其驅動，而以反方向之R4方向之逆時針方向驅動，然 而，因該小齒輪（37)以並無法驅動該單向軸承裝置（38) 轉動，因此該單向軸承裝置（38)並不會改以R4方向之逆時 針方向旋轉，而是相對於該轉動軸形成空轉，因此該轉動軸 (36)仍會以先前之慣性，而維持原來之R2方向之順時針繼 續轉動。 故，受該轉動軸（36)帶動之脫水槽（20)，會始終呈 同一方向之順時針方向轉動矣，如第6圖所示，其係繪示使 用者實際上操作之示意圖，其中一拖把（40)可放置於該脫 水槽（20)之中，利用該脫水槽（20)轉動時之離心力，除 去拖把上多餘之水分。 本創作係由使用者以腳直接踩踏於踏板上，藉此移動固 定於踏板上定位面之該弧形齒輪，因此，可藉由調整弧形齒 輪之長度，而依照不同需求設計以不同尺寸之脫水桶。 再者，本創作所以藉由弧形齒輪與該傘型齒輪之唱合， 再而轉動該傘型齒輪及該大齒輪，此係著眼於製造者可藉由 調整該弧形齒輪之齒型弧度，可使該弧形齒輪與該傘型齒輪 更加完美嚅合，則使用者可以較小之作用力而達成相同之轉 速；同時，此種由傘型齒輪帶動同軸轉動之大齒輪之設計，則 係因此種帶動方式相較於直接轉動該大齒輪較為省力，故為 M368422 避免使用者為提高轉速，而一再踩踏該踏板，而可能造成踏 板之裂損或斷裂，甚或造成縮短該拖水桶之使用壽命之結果。 又，本創作係以大齒輪轉動該小齒輪，則係為提高小齒 輪之轉速，故經由該小齒輪單向驅動該單向軸承裝置，所帶 動與該單向軸承連動之轉動軸，亦將因而提高轉速；該轉動軸 之轉速越高，則被該轉動軸帶動之該脫水槽之轉速也越高， 轉速越高則離心力越強，而離心力越強之結果將使脫水桶之 脫水功能越顯著，則使用者之滿意度也益發提升。 综上所述，本創作所揭示之構造，為昔所無，且確能達 到功效之增進，並具可供產業利用性，完全符合新型專利要 件，祈請貴審查委員核賜專利，以勵創新，無任德感。 惟，上述所揭露之圖式、說明，僅為本創作之較佳實施 例，大凡熟悉此項技藝人士，依本案精神範疇所作之修飾或 等效變化，仍應包括在本案申請專利範圍内。 M368422 【圖式簡單說明】 第1圖係繪示本創作之清洗拖把之脫水桶之示意圖。 第2圖係繪示本創作之清洗拖把之脫水桶之分解圖。 第3圖係繪示本創作之清洗拖把之脫水桶（1〇〇)之侧 面剖示圖。 第3A圖係繪示本創作之清洗拖把之脫水桶（1〇〇)之刮 示圖。 第3B圖係繪示本創作之清洗拖把之脫水桶（1〇〇)之剖 示圖。 第4圖係繪示本創作之清洗拖把之脫水桶部分元件之作 動圖。 第5圖係繪示本創作之清洗拖把之脫水桶部分元件之作 動圖。 第6圖係繪示使用者操作之示意圖。 【主要元件符號說明】 (100)清洗拖把之脫水桶 (33)踏板 (10)桶體 (331)軸管 (11)開口 ( 332)橫向螺检 (12)容置區 ( 333)定位面 (13)提手 (34 )弧形齒輪 (20)脫水槽 (35)回力彈簧 (30)驅動機構 (351 )第一端部 (31)底座 ( 352)第二端部 (311)支架 (36)轉動軸 M368422 (312) 軸孔 (313) 第一定位孔 (314) 第二定位孔 (32)大齒輪 (321)傘形齒輪 ( 322 )定位軸 ( 323 )鎖定件 (361)底端 ( 362 )頂端 ( 363)輔助件 (37) 小齒輪 (38) 單向軸承裝置 (40)拖把M368422 V. New description: [New technical field] This creation is about a dewatering bucket for cleaning mops, especially a dewatering bucket for cleaning mops with simple structure and not easy to wear. [Prior Art] Press, mop is commonly used as one of the cleaning tools for the ground, while the traditional dewatering bucket is used to assist the mop to remove excess water; the traditional dewatering bucket is used to squeeze the cotton strip on the mop. , the water on the cotton strip is leached; and, as in the Republic of China, the new patent certificate No. M338634, which has a casing, a device, and a rotating unit, wherein the rotating unit includes a bearing member, a rotating shaft, and a transmission unit. And the interaction between the components such as the pusher unit, the rotation unit is rotated, thereby dehydrating the mop; the dewatering bucket is installed in a fundamental manner; wherein the transmission component further comprises a tooth row and a a first gear, a second gear, a one-way gear and an elastic component, the device is provided with a guide wheel and a guide rail. The patent is implemented to enable the pusher unit to interlock the tooth row, and the need to increase Guide wheels, guide rails and other components, resulting in complex structure and complex assembly and other shortcomings. Moreover, the arrangement of the guide rails and the like is long-term use, and it is inevitable that the tooth row can not easily slide on the guide rail due to wear, thereby shortening the service life of the dewatering bucket. Moreover, the patent still needs to guide the tooth row to move in the lateral displacement direction by the guide wheel and the guide rail. Therefore, the components need to be disposed in the dewatering bucket in a lateral manner, so that the amount of water that can be injected into the dewatering bucket is affected. Limitations, therefore, indirectly affect the cleanliness of the mop cleaning. M368422 [New content] Therefore, in order to solve the above problems, the present invention proposes a dewatering bucket for cleaning a mop, especially a dewatering bucket for a cleaning mop having a simple structure and being less prone to wear. In order to achieve the above effects, the present invention provides a dewatering bucket comprising: a barrel, a dewatering tank and a driving mechanism, wherein the driving mechanism is disposed in the barrel for driving the dewatering tank; and wherein: The driving mechanism comprises: a base, two brackets are arranged on two sides of the base, and the upper ends of the two brackets are provided with opposite shaft holes, and the base is provided with a first positioning hole and a second fixed β position hole; a large gear, wherein the top surface of the large gear is provided with one of the bevel gears, and the large gear is positioned on the first positioning hole by a positioning shaft; a pedal, the front end of which is provided with a shaft tube, Positioned in the shaft hole by a transverse bolt, and one of the pedals extends toward the bottom surface to form a positioning surface; a curved gear is fixed to the positioning surface, wherein the curved gear and the bevel gear a springback spring is sleeved on the shaft tube, and a first end of the return spring is clamped on the bracket, and a second end of the return spring is clamped to the bracket a pedal; a rotating shaft, the bottom end of which is rotatably Positioned in the second positioning Φ hole, and the top end extends out of the accommodating area into the barrel and is connected to the dewatering tank; a pinion is sleeved at the middle of the transmission shaft and is not linked thereto And the pinion gear and the large gear wheel are combined and driven by the same; and a one-way bearing device is sleeved on the rotating shaft and disposed at the bottom of the pinion gear, driven by the pinion gear, and the rotation The shaft is interlocked to drive the dewatering groove connected to the rotating shaft to perform a one-way rotation. The above and other objects, features, and advantages of the present invention will become more apparent and understood. The following detailed description of the preferred embodiments and the accompanying drawings are illustrated as follows: M368422 [Embodiment] Please refer to the first Figure ' is a schematic view of a dewatering bucket (100) for cleaning a mop, the dewatering bucket (100) of the cleaning mop comprising: a barrel (10), a dewatering tank (20) and a driving mechanism (30) ). The barrel body (10) has an opening (U) on the top surface and a concave receiving area (12) on the bottom side. The handle (13) of the barrel body (1) is disposed in the barrel body. a top circumference; the dewatering tank (2〇) is disposed in the barrel (1〇) and is located above the accommodating area (12); the driving mechanism (30) is disposed in the valley area (12) 'To drive the dewatering tank (2〇). Please also refer to Figures 2 to 3B, in which the second figure shows the exploded view of the dewatering bucket (1〇〇) of the cleaning mop of this creation, and the third figure shows the dewatering bucket of the cleaning mop of the creation ( 1 〇〇) side sectional view, FIG. 3 a and FIG. 3B respectively show different partial cross-sectional views of the dewatering bucket (1 〇〇) of the cleaning mop of the present invention, wherein the driving mechanism (30) includes a base (31), two brackets (311) are disposed on two sides of the base, and the upper ends of the two brackets are provided with opposite shaft holes (312), and the base is provided with a first positioning hole (313) and a second positioning hole (314); wherein the bracket (311) can be in the shape of a mountain; a large gear (32), wherein the top surface of the large gear is provided with one of the bevel gears (321), and the large The gear (32) is positioned on the first positioning hole (313) by a positioning shaft (322) and a locking member (323); a pedal (33) having a shaft tube (331) at a front end of the pedal (33) Positioned in the shaft hole (312) by a transverse bolt (332), and one of the pedals (33) is extended toward the bottom surface to form a positioning surface (333); (34) ' is fixed to the positioning surface (333), wherein the curved gear (34) is coupled with the bevel gear (321); a return spring (35) is sleeved on the shaft tube (331) ), and the bouncer M368422 wheel (34) will return to the starting position due to the reaction force, which in turn will drive the bevel gear (321) coupled with the curved gear (34) in the same direction. Rotation; the bevel gear (321) will rotate clockwise in the R3 direction, and the large gear (32) will thus rotate clockwise in the same direction as the bevel gear (321), and then, The gear (32) is coupled to and driven by the pinion gear (37), and is driven counterclockwise in the reverse direction of the R4 direction. However, the pinion gear (37) cannot drive the one-way bearing device ( 38) rotating, so that the one-way bearing device (38) does not change in the counterclockwise direction of the R4 direction, but forms an idle rotation with respect to the rotating shaft, so the rotating shaft (36) still has the previous inertia. While maintaining the original R2 direction, the clockwise rotation continues. Therefore, the dewatering tank (20) driven by the rotating shaft (36) will always rotate in the clockwise direction in the same direction, as shown in Fig. 6, which is a schematic diagram showing the actual operation of the user, one of which The mop (40) can be placed in the dewatering tank (20), and the excess force on the mop is removed by the centrifugal force when the dewatering tank (20) is rotated. The creation is performed by the user directly stepping on the pedal with the foot, thereby moving the curved gear fixed on the positioning surface of the pedal. Therefore, by adjusting the length of the curved gear, the different sizes can be designed according to different requirements. Dewatering bucket. Furthermore, the present invention rotates the bevel gear and the large gear by the arc gear and the bevel gear, which focuses on the tooth curvature of the curved gear by the manufacturer. The arc gear can be more perfectly matched with the umbrella gear, so that the user can achieve the same rotation speed with a small force; at the same time, the design of the large gear driven by the umbrella gear to rotate coaxially is Therefore, the type of driving is more labor-saving than directly rotating the large gear. Therefore, the M368422 prevents the user from repeatedly stepping on the pedal to increase the rotational speed, which may cause cracking or breakage of the pedal, or even shorten the use of the tow bucket. The result of life. Moreover, in the present invention, when the pinion gear is rotated by a large gear, the rotation speed of the pinion gear is increased. Therefore, the one-way bearing device is driven unidirectionally via the pinion gear, and the rotating shaft that is driven by the one-way bearing is also driven. Therefore, the rotation speed is increased; the higher the rotation speed of the rotation shaft, the higher the rotation speed of the dewatering tank driven by the rotation shaft, and the higher the rotation speed, the stronger the centrifugal force, and the stronger the centrifugal force, the more the dewatering function of the dewatering tank is dehydrated. Significantly, the user's satisfaction is also improved. In summary, the structure revealed by this creation is unprecedented, and it can achieve the improvement of efficacy, and it can be used for industrial utilization. It fully complies with the new patent requirements, and invites your review committee to grant patents. Innovation, no sense of morality. However, the above-mentioned drawings and descriptions are only preferred embodiments of the present invention. Modifications or equivalent changes made by those skilled in the art in accordance with the spirit of the case should still be included in the scope of the patent application. M368422 [Simple description of the drawing] Figure 1 is a schematic diagram showing the dewatering bucket of the cleaning mop of the present invention. Figure 2 is an exploded view of the dewatering bucket of the cleaning mop of the present invention. Figure 3 is a side cross-sectional view showing the dewatering bucket (1〇〇) of the cleaning mop of the present invention. Figure 3A is a diagram showing the dewatering bucket (1〇〇) of the cleaning mop of the present invention. Fig. 3B is a cross-sectional view showing the dewatering bucket (1〇〇) of the cleaning mop of the present invention. Figure 4 is a diagram showing the operation of some components of the dewatering bucket of the cleaning mop of the present invention. Figure 5 is a diagram showing the operation of some components of the dewatering bucket of the cleaning mop of the present invention. Figure 6 is a schematic diagram showing the operation of the user. [Description of main component symbols] (100) Dewatering bucket for cleaning mop (33) Pedal (10) Barrel (331) Shaft tube (11) Opening (332) Transverse screwing (12) Locating area (333) Positioning surface ( 13) handle (34) curved gear (20) dewatering tank (35) return spring (30) drive mechanism (351) first end (31) base (352) second end (311) bracket (36) Rotary shaft M368422 (312) Shaft hole (313) First positioning hole (314) Second positioning hole (32) Large gear (321) Bevel gear (322) Positioning shaft (323) Locking member (361) Bottom end (362 ) Tip ( 363) Auxiliary (37) Pinion (38) One-way bearing device (40) Mop
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