M355685 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種拖把脫水裝置，特別是與一種可 達到脫水省力以及確實脫水之拖把脫水裝置有關。 【先前技術】 按，當前濕式的拖把約有兩種類型，依拖把頭來分， 可分為海綿拖把頭以及刷毛拖把頭。海綿拖把頭上會附有 夾擠海綿的除水裝置，使得脫水上非常方便，但是，受限 於海綿的擴張範圍有限，清除地板時對於死角較難處理。 而刷毛拖把頭可利用布條、棉條或任何可吸水的柔軟長形 材質來作為刷毛，其優點係刷毛會變形擴張，所以容易清 除並潔淨死角，但是，刷毛拖把頭的除水較為麻須。 以往傳統的刷毛拖把頭需要以人工擰乾刷毛上的水 伤，費力且不衛生。故有業者發展出利用塑膠製如籃子狀 的除水裝置，將刷毛拖把頭放在塑膠籃十讓使用者自行旋 轉拖把，旋轉擠壓以擰乾刷毛。然而，此種擰乾方式效果 差，不但於擰擠後刷毛還是含有大量水分，且塑膠籃係架 設於水桶邊緣，於擠壓擰乾刷毛時，經常會因為施力不均 或施力過大而使整筒水打翻，因此難以堪稱實用。 有鑑於上述缺憾，創作人有感其未臻於完善，遂竭其 心智悉心研究克服，憑其從事該項產業多年之累積經驗， 進而研發出一種拖把脫水裝置，利用簡單的設計，可使本 3 M355685 創作逹脫水省力以及確實脫水之功效者。 【新型内容】 由是’本創作之主要目的，即在設計一種拖把脫水 置’可達職水省相及確實脫水之功效者。 為達上述目的，本創作之實現技術如下： 第：t拖把脫ΐ裝置，其主要係由-第-空間、-與該 掩連通之第—空間、—配置於該第-空間内之脫水 槽以及-脫水控料元賴成，且賴 口 ’可使水份排出至該第—空間與該第二 該脫水控制單元包含有：一底座. =内’其中’ 配置於該底座上，並於該踏板動作時隨:產座且： ==::踏板回復至動作前之位置-= 接.一π 齒輪，係與該連動件連 妾，一第一齒輪，係與該第一齒輪連接；一傳動桿，其— 端配置於該底座上，另—端顧定於該脫水槽之底部；、以 及-單向旋轉轴承，係套設於該傳動桿之—端，並與該 二齒輪連接。 *為使本創作之上述和其他目的、特徵及功效能更明顯 易懂’茲藉由下述具體之實施例，並配合所附之圖式，對 本創作做一詳細說明如下。 【實施方式】 請參閱第-圖、第二圖與第三圖，係分別為本創作之 内部結構分解圖、透視®以及内部結構組合示意圖，如圖 M355685 所示：本創作之拖把脫水裝置，其主要一脫水槽i 3以及 一脫水控制單元1 4所組成。該脫水控制單元i 4主要由 一底座1 4 1、一踏板14 2、一傳動座i 4 3、一連動 件144、一第一齒輪145、一第二齒輪146、一單 向旋轉軸承1 4 7、-傳動桿工48以及一彈性元件丄4 9所組成。該傳動座χ 4 3，係配置於底座1 4 i上，並 於該踏板1 4 2動作時隨之產生位移，且利用一彈性元件 14 9將其與該踏板回復至動作前之位置。彈性元件14 9端與傳動座143連接，另一端則與配置於底座14 1上之凸面1 41 1連接，因此，踏板工4 2被下壓而將 傳動座14 3前推使其向前移動產生位移時，由於彈性元 件1 4 9與凸面1 4 1 1連接的位置不會變動，將使得傳 動座14 3前移時將彈性元件χ 4 9 —併延展，待踏板工 4 2下壓力量消失後，彈性元件丄4 9之彈性恢復力會將 傳動座14 3拉回至本的位置’並順便將踏板14 2推回 未下壓前的位置。連動件14 4係配置於該傳動座丄4 3 上並與第一齒輪1 4 5連接，而第一齒輪1 4 5係與該第 二齒輪1 4 6連接。傳動桿1 48 —端配置於底座1 41 上，另一端則固定於該脫水槽1 3之底部。單向旋轉軸承 1 4 7係套設於該傳動桿1 4 8之一端，並與第二齒輪1 4 6連接。 此外，由於傳動桿1 4 8旋轉時會帶動脫水槽丄3 一 併旋轉，因此僅靠底座1 4 1將傳動桿14 8與脫水槽1 3定位的結構穩固性可此不足，因此可於傳動桿1 4 8上 5 M355685 套設一固定元件1 5 Ο，ϋ使固定疋件15 〇固定於第一 空間（圖未示）之底部，可避免傳動椁14 8於轉動時發 生左右滑移的現象，以增加結構穩固性。又由於固定元件 1 5 0係套設於傳動桿1 4 8上，因此為不影響傳動桿1 48轉動，固定元件1 5 0係為一轴承。 參閱第四圖與第五圖，係均為本創作之動作示意圖， 如圖所示：本創作之拖把脫水裝置1 〇，其主要係由一第 一空間（圖未示）、一與該第一空間連通之第二空間i工、 一配置於該第一空間内之脫水槽1 3以及一脫水控制單 元1 4所組成，且該脫水槽1 3具有若干漏水口1 3 1， 可使水份排出至該第一空間（圖未示）與該第二空間1 1 内。當使用者欲對拖把2 Q進行脫水時，、可㈣:二2 置入脫水槽1 3㈣利用脫水控制單元i 4使脫 3進行旋轉，以帶動拖把2 G旋轉，利職轉擠壓 使脫水槽1 3内之拖把2 〇達到使脫水之目的。而^ 被分離出來的水份則會經由脫水槽13邊 二:：漏水口131而流入第-空間（圖未示）内，更： 产^空間（圖未示）與第二空間1 1互相連通，可使水 二，至第二㈣i ；L内暫存’增加拖把脫水裝置 畜水置。當使用者欲將拖把 罟Λ @， 粑進仃脫水時，可先將拖fe ? η 置入脫水槽1 3内，再將踏知Ί ζ Λ d Ο , 蹲板1 42以腳掌踩下，此眛 踏板142會因為受到下壓 夺， 施 髮之力量而將傳動座 前移動產生位移;配置於傳動座Η : 動件144則會依序帶動第一齒輪ΐ45、第二齒輪= 6 M355685 I:單4向=承147以及傳動桿148旋轉。當傳動 置時使連動件14 4帶動第-齒輪1 、一齒輪14 6逆轉時，由於單向旋轉軸承i 4 僅會單向旋轉，因此不會反向旋轉，故傳動桿i 4 8亦不 在傳動桿14 8被帶動旋轉的情況下，將帶 動水槽1 3快速旋轉，以旋轉擰乾拖把2 〇。 ^此外，而當使用者腳離開踏板1 4 2時，已經延展之 彈性το件1 4 9將會因為彈性回復力而將踏板i 4 2與 傳動座1 4 3回㈣原本的位置，使用者可以再次將踏板 14 2踩下，加強對拖把2 〇旋轉擠壓的力量，使拖把2 〇内之水分再次被擠壓排出，反覆幾次後，拖把2 〇將會 被脫水的非常徹底。由於一般人的腳力量大於手甚多，故 拖把2 0脫水的效率將會大幅優於手動擰乾，故本創作之 拖把脫水裝置1〇不但省力且脫水有效率，更不會弄髒雙 手，非常實用。 再者’由於使用者於清洗拖把時，一般都需要回到有 水源的地方才得以進行，或是將水桶提到脫地處旁，但— 般水桶又沒有脫水的設計，因此使用者必須手動擰乾，不 但脫水效果差，更會弄髒雙手。而本創作之第二空間11 即可存放清水’待使用者欲清洗拖把時，即可就地於第二 空間1 1内清洗，並利用上述方式將拖把脫水’得以繼續 拖地，無需回到水源處清洗，可增加拖地的效率。 另，本創作之拖把脫水裝置10上另可加裝一提把1 2，可於拖把脫水裝置1 0内之水需要更換時’方便使用 7 M355685 者將其提至水源處或自水源處提至脫地處。 、’示則所述’由本創作拖把脫水裝置之設計確實可行， 且改善了習用技術之各種缺失，實為創新並符合產業需求 之尚度創作，而且具有新穎性以及進步性，完全符合新型 專利之法定要件’爰依法提出新型專利申請。 以上所述僅為本創作之較佳實施例而已，並非用以限 疋本創作之申凊專利範圍；凡其他未脫離本創作所揭示之 精神下所元成之等效改變或修飾，均應包含在下述之申請 專利範圍内。 μ 【圖式簡單說明】 第一圖係為本創作之内部結構分解圖。 第二圖係為本創作之透視圖。 第三圖係為本創作之内部結構組合示意圖。 第四圖係為本創作之動作示意圖。 第五圖係為本創作之動作示意圖。 【主要元件符號說明】 0 · · · •拖把脫水裝置 1 ·.. 2 ·.. 3 · . · 3 1·· ^ · · · •脫水控制單元 4 1.· 4 11· .....凸面 8 M355685 14 2.......踏板 14 3......傳動座 14 4......連動件 1 4 5.....第一齒輪 14 6.....第二齒輪 147···單向旋轉轴承 14 8......傳動桿 14 9.....彈性元件 15 0.....固定元件 2 0........拖把M355685 V. New description: [New technical field] This creation is about a mop dehydrator, especially related to a mop dehydrator that can achieve dehydration and dehydration. [Prior Art] According to the current wet type of mop, there are about two types, which can be divided into a sponge mop head and a bristled mop head according to the mop head. The sponge mop head is equipped with a water removal device for the squeeze sponge, which makes the dewatering very convenient. However, it is limited by the limited expansion range of the sponge, and it is difficult to handle the dead angle when removing the floor. The bristled mop head can be used as a bristles by using a cloth strip, a sliver or any soft and long material that can absorb water. The advantage is that the bristles are deformed and expanded, so that it is easy to remove and clean the dead corner, but the water removal of the bristled mop head is more numb. . In the past, traditional bristled mop heads had to manually wring the water on the bristles, which was laborious and unsanitary. Therefore, some manufacturers have developed a water-removing device made of plastic, such as a basket. Put the bristled mop head in the plastic basket. Let the user rotate the mop by himself and rotate it to wring the bristles. However, this wringing method is ineffective, not only does the bristles contain a large amount of moisture after being squeezed, but the plastic basket is erected on the edge of the bucket, and when the bristles are squeezed and squeezed, it is often caused by uneven application or excessive force. It is difficult to use it because it knocks over the entire water. In view of the above shortcomings, the creator feels that he has not perfected it, exhausted his mind to study and overcome it, and based on his accumulated experience in the industry for many years, he developed a mop dehydration device, which can be used with a simple design. 3 M355685 Creates the effect of dehydration and dehydration. [New content] The main purpose of this creation is to design a kind of mop dehydration to achieve the effect of the water phase and the dehydration effect. In order to achieve the above objectives, the realization technology of the present creation is as follows: Section: t mop disengaging device, which mainly consists of - a space - a space connected to the cover - a dewatering tank disposed in the first space And - the dehydration control element is spliced, and the sluice port can discharge water to the first space and the second dehydration control unit comprises: a base. = inner 'where' is disposed on the base, and When the pedal is actuated, the seat is: and the ==:: the pedal is returned to the position before the action -=. The π gear is connected to the linkage, and a first gear is connected to the first gear; a transmission rod, the end of which is disposed on the base, and the other end is disposed at the bottom of the dewatering tank; and a one-way rotary bearing is sleeved at the end of the transmission rod and connected to the two gears . *In order to make the above and other objects, features and effects of the present invention more obvious and understandable, the present invention will be described in detail by the following specific embodiments and with the accompanying drawings. [Embodiment] Please refer to the first, second and third figures, which are respectively the internal structure exploded view, perspective® and internal structure combination diagram of the creation, as shown in Figure M355685: the mop dehydrator of this creation, It mainly consists of a dewatering tank i 3 and a dehydration control unit 14 . The dehydration control unit i 4 is mainly composed of a base 1 4 1 , a pedal 14 2 , a transmission seat i 4 3 , a linkage member 144 , a first gear 145 , a second gear 146 , and a one-way rotary bearing 14 . 7. A transmission rod 48 and an elastic member 丄49. The drive seat χ 4 3 is disposed on the base 1 4 i and is displaced when the pedal 14 4 is actuated, and is returned to the position before the action by a resilient member 14 9 . The elastic member 14 9 is connected to the transmission base 143, and the other end is connected to the convex surface 41 1 1 disposed on the base 14 1 . Therefore, the pedal worker 4 2 is pressed down to push the transmission seat 14 3 forward to move it forward. When the displacement occurs, since the position where the elastic member 194 is connected to the convex surface 1 4 1 1 does not change, the elastic member χ 4 9 - is extended when the transmission seat 14 3 is advanced, and the pressure is required to be depressed by the pedal worker 4 2 After disappearing, the elastic restoring force of the elastic member 丄49 pulls the transmission seat 14 3 back to the present position' and pushes the pedal 14 2 back to the position before the depression. The linking member 14 4 is disposed on the transmission base 3 4 3 and connected to the first gear 1 4 5 , and the first gear 145 is coupled to the second gear 146 . The end of the transmission rod 1 48 is disposed on the base 1 41 , and the other end is fixed to the bottom of the dewatering tank 13 . The one-way rotary bearing 1 4 7 is sleeved on one end of the transmission rod 148 and connected to the second gear 146. In addition, since the dehydration tank 丄3 is rotated together when the transmission rod 14 8 rotates, the structural stability of positioning the transmission rod 14 8 and the dewatering tank 13 by the base 14 1 can be insufficient, so that the transmission can be performed. The rods 1 4 8 and 5 M355685 are sleeved with a fixing element 15 5 Ο, so that the fixing element 15 〇 is fixed at the bottom of the first space (not shown), so as to avoid the left and right slippage of the transmission 椁 14 8 when rotating. Phenomenon to increase structural stability. Moreover, since the fixing member 150 is sleeved on the transmission rod 148, the fixing member 150 is a bearing so as not to affect the rotation of the transmission rod 1 48. Refer to the fourth and fifth figures, which are the schematic diagrams of the creation of this creation, as shown in the figure: The mop dehydrator 1 of this creation is mainly composed of a first space (not shown), one and the first a second space i is connected to the space, a dewatering tank 13 disposed in the first space, and a dewatering control unit 14, and the dewatering tank 13 has a plurality of water leakage ports 1 3 1 The portion is discharged into the first space (not shown) and the second space 1 1 . When the user wants to dehydrate the mop 2 Q, (4): 2 and 2 are placed in the dewatering tank 1 3 (4) The dehydration control unit i 4 is used to rotate the disengagement 3 to drive the mop 2 G to rotate, and the profit is squeezed to take off The mop 2 in the sink 1 3 is used for dehydration purposes. And the separated water will flow into the first space (not shown) via the water drain port 13 and the water leakage port 131, and more: the production space (not shown) and the second space 1 1 Connected, can make water two, to the second (four) i; L temporarily stored 'increase the mop dehydration device livestock water. When the user wants to dehydrate the mop , @, 粑 仃 , , , , , , , 置 置 fe ? ? ? ? ? ? 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置 置The pedal 142 will move the front of the transmission seat to generate displacement due to the force of the lower pressing force; the transmission member 144 will move the first gear ΐ45 and the second gear=6 M355685 I in sequence. : Single 4 direction = bearing 147 and transmission rod 148 are rotated. When the transmission member 14 causes the linkage member 14 to drive the first gear 1 and the gear 14 6 to reverse, since the one-way rotary bearing i 4 only rotates in one direction, it does not rotate in the reverse direction, so the transmission lever i 4 8 is not present. When the transmission rod 14 8 is rotated, the water tank 13 will be driven to rotate rapidly to rot the mop 2 旋转. ^ In addition, when the user's foot leaves the pedal 1 4 2, the stretched elastic τ 件 1 149 will return the pedal i 4 2 and the transmission seat 1 4 3 (4) to the original position due to the elastic restoring force, the user The pedal 14 2 can be stepped on again to strengthen the force of the rotary squeezing of the mop 2, so that the moisture in the mop 2 is again squeezed out, and after repeated several times, the mop 2 will be dehydrated very thoroughly. Since the average person's foot strength is greater than the hand, the efficiency of the mop 20 dehydration will be much better than the manual wringing. Therefore, the mop dehydration device of the present invention not only saves labor and dehydration efficiency, but also does not soil the hands. Very practical. In addition, because the user usually needs to return to the place where there is water source when cleaning the mop, or the bucket is mentioned next to the place, but the bucket is not dehydrated, so the user must manually Wring out, not only the poor dehydration effect, but also soiled your hands. The second space of the creation 11 can store the water. When the user wants to clean the mop, it can be cleaned in the second space 1 1 and use the above method to dehydrate the mop to continue to mopping without returning. Cleaning at the water source can increase the efficiency of mopping the floor. In addition, the mop dehydrator 10 of the present invention can be additionally equipped with a handle 1 2, which can be used when the water in the mop dehydration device 10 needs to be replaced. 'It is convenient to use 7 M355685 to lift it to the water source or from the water source. To the place. The design of the 'description' is indeed feasible by the design of the mop dehydration device, and has improved the various deficiencies of the conventional technology. It is innovative and meets the needs of the industry. It is novel and progressive, and fully conforms to the new patent. The statutory requirements '爰 file a new type of patent application. The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the patent application of the present invention; any other equivalent change or modification that is not in the spirit of the present disclosure should be It is included in the scope of the following patent application. μ [Simple description of the diagram] The first diagram is an exploded view of the internal structure of the creation. The second picture is a perspective view of the creation. The third picture is a schematic diagram of the internal structure of the creation. The fourth picture is a schematic diagram of the action of this creation. The fifth picture is a schematic diagram of the action of this creation. [Description of main component symbols] 0 · · · • Mop dehydrator 1 ·.. 2 ·.. 3 · . · 3 1·· ^ · · · Dehydration control unit 4 1.· 4 11· ..... Convex 8 M355685 14 2....... Pedal 14 3... Transmission 14 4... Linkage 1 4 5.....First gear 14 6.... .Second gear 147···One-way rotary bearing 14 8...Transmission rod 14 9.....elastic element 15 0.....fixed element 2 0........ mop