M374331 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種可將拖把所吸附的水瀝乾的拖把用 瀝灑脫水機。 【先前技術】 - 一般清潔室内地板時，會使用如掃把、拖把等清潔用 • 具’其中拖把主要是藉由吸附水後的拖把布來擦洗地板以 鲁達到清潔的目的’由於拖把布使用後會沾附髒汙，因此必 須清洗並將水擰乾才能在繼續使用時保持其清潔效果，然 而該擰乾作業費力費時，是以有業者研發拖把用的脫水 機’使擰水作業得以容易進行； 現有技術之拖把用脫水機，其主要係具有一桶體，其 内部用以盛裝水’桶體底部具有一裝配室，該裝配室内設 置有一驅動單元，該驅動單元具有一端進入於桶體内部的 一轉軸，使用者可以腳採動該驅動單元而驅動該轉軸轉 _ 動，另於桶體内部設置有一鐘空的遞水籃，該渥水籃係設 • 置於轉軸的一端，據此’使用者可在拖把使用過後，先將 拖把布置入於桶體内以水清洗，隨後將拖把布置於瀝水籃 處’並腳採驅動單元使瀝水籃轉動，如此瀝水籃便可擰轉 拖把布使水分流出，並將水分甩出瀝水籃。 然而，使用上述現有技術之拖把用脫水機清洗拖把 時’每清洗一次桶體内的水便愈形髒汙，如此後續清洗時 的效果將會越來越差，往往清洗後拖把布仍呈薪汙狀，致 使擦洗地板時也不具有清潔作用，且使用幾次後就必須要 3 ΐν〇/4^31 將桶體内的水更換，如此在使用上可謂相當的不便。 【新型内容】 有鑑於上述現有技術之拖把用脫水機在使用時，清潔 拖把布的效果不佳，且有需要時常更換桶體内的水的缺 點’本創作係藉由將自拖把擰下的污水另外收集，使桶水 的清水保持清潔，據以維持拖把的清潔效果。 為達成上述創作目的，本創作所使用之技術手段在於 提供一拖把用瀝灑脫水機，其包含有： 一桶體具有一盛水空Μ，自I部凹設有一裝配室； 一瀝水件，其具有一籃體及連接於該籃體底部的一轉 軸，該籃體設置於所述桶體之盛水空間内相對位於裝配室 上方，而轉軸之底端穿過桶體之桶壁位於裝配室内； -第-驅動組件，其設置於所述裝配室内，並組接於 瀝水件之轉軸底端； 其特徵在於： 所述轉轴係一中空管體，且連接於籃體的-端係與餘 體内部相通； & 進一步包含有： 一儲水盒，其設置於桶體之盛水空間内； 所 水 一水盆，其固設於桶體内壁上而位於盛水空間内 述藍體係位於該水盆内’所述轉轴係穿設通過該水盆 盆底部接設有-排水管，其1延伸㈣水_口4 ; 一引水組件，其具有—水箱以及設置於該水箱内的— 泵浦’該泵m驅動轴延伸出水箱外，水箱係設置於 所述裝配室内’且與桶體間連接有一入水管，而與所述轉 4 M3 74331 柏底As間連接有一出水管； 並組接於 -第二驅動組#，其設置於所述裝配室内 果浦之驅動轴。 本創作之拖把用遞灌脫水機，其使用時係將拖把布置 入於邏水㈣，隨後透過第二驅動組件令^组件之果浦 作動，而將桶内的清水自入水管抽至水箱$，再通過出水 管及轉轴而排入遞水籃内，據以清洗拖把，待拖把洗淨後 可令第-驅動組件作動而轉動轉轴1而帶動遞水籃轉動 以擰乾拖把布，自拖把布流出的污水並可甩至水盆内，再 通過排水管排至儲水盒； 由上述可知，在清洗拖把後所產生的污水係收集於 儲水盒内而不會回流至桶體内，是以桶體内的水可保持乾 淨，使每次清洗拖把時皆能有良好的洗淨效果。 【實施方式】 參見第一及二圖所示，本創作之拖把用瀝灑脫水機， 其包含有一桶體（10)、一瀝水件（20)、一第一驅動組件（30)、 儲水盒（40)、一水盆（50)、一引水組件（6〇)及一第二驅動 組件（70)，其中所述桶體（10)、瀝水件（2〇)及第一驅動組件 (30)之構造與現有技術無異且非本創作技術特徵所在，於 本貫施方式及圖式中僅舉一例以輔助本創作之說明。 所述桶體（10)具有一盛水空間（11)，桶體（1〇)自底部凹 設有一裝配室（12)。 所述瀝水件（20)，其具有一籃體（21)及連接於該籃體（21) 底部的一轉軸（22) ’瀝水件（20)設置於所述桶體（1〇)之盛水 空間（11)内，其籃體（21)相對位於裝配室（12)上方，且其轉 5 M374331 軸（22)底端穿過桶體（10)之桶壁而位於裝配室（12)内，於本 創作中，該轉軸（22)係呈中空，且連接於籃體（21)的一端係 與籃體（2 1)内部相通，此外，請參見第三圖所示，於較佳 實施例中，該轉軸(22)—端可進一步設有一喷頭（23)，喷頭 (23)上形成有與轉軸（22)相通的複數喷口（231)。 該第一驅動組件（30)係設置於所述裝配室（12)内，並與 所述瀝水件（20)之轉軸（22)底端相互組接而可驅動該轉軸 (22)轉動其一般具有一踏板（31)以及受該踏板（31)驅動的 _ 齒輪組（32) ’而轉軸（22)底端係組接於齒輪組（32)，是以採 動踏板（31)可驅動齒輪組（32)進而驅動轉軸（22)轉動，如前 所述第一驅動組件（30)之構造屬於現有技術，是以此處不 加以詳述。 所述儲水盒（40)設置於桶體（1〇)之盛水空間（11)内，如 圖所示於本實施例中，儲水盒（40)係設置相鄰於裝配室（12) 而開口朝向上方。 s亥水盆（50)固設於桶體（1〇)内壁上而位於盛水空間（η) ® 内，所述籃體（21)係位於該水盆（5〇)内，而所述轉軸（22)係 穿設通過該水盆（50)與籃體（21)連接，水盆（50)底部接設有 一排水管（51) ’其一端延伸至儲水盒（4〇)開口處。 該引水組件（60)具有一水箱（61)以及設置於該水箱（61) 内的一系浦（62)，該泵浦（62)具有一驅動轴（621)延伸出水 箱（61)外，引水組件（60)係設置於所述裝配室（12)内，其水 箱（61)上連接有一入水管（611)至桶體（10)，且連接有一出 水管（612)至所述轉軸（22)底端。 該第二驅動組件（70)設置於所述裝配室内，其與泉浦 6 M374331 (62)之驅動轴(621)相互組接而可驅動其轉動，第二驅動組 件（7〇)之構造可相同於現有技術之第一驅動組件（3〇)，是以 不再予以詳述。 本創作之拖把用瀝灑脫水機，其桶體（1〇)内用以盛裝 清水，清洗拖把時，首先將拖把布置入於籃體（21)内，隨 後透過第二驅動組件（70)驅動引水組件（6〇)之泵浦作 動，而將桶體（ίο)内的清水自入水管（611)抽至水箱（61)内， 再通過出水管（612)、轉軸（22)及喷頭（23)而喷射於籃體（21) 内，據以清洗髒汙的拖把布，待洗淨後可令第一驅動組件（3〇) 作動而轉動轉轴（22)，進而帶動籃體（21)轉動以擰乾拖把 布而自拖把布流出的污水可甩至水盆（50)内，再通過排 水管（51)排至儲水盒（4〇)，待儲水盒（4〇)盛滿污水時，可將 儲水盒（40)移至水槽清洗並盛裝清水倒入於桶體（1〇)内補充 水量； 由上述可知，在清洗拖把後所產生的污水，係收集於 儲水盒（40)内而不會回流至桶體（丨〇)内’是以桶體（丨〇)内的 水可保持乾淨’使每次清洗拖把時皆能有良好的洗淨效 果’此外，由於桶體（10)僅用來盛裝清水，因此使用完畢 後的清洗亦較為容易。 【圖式簡單說明】 第一圖為本創作之前視部份剖視圖。 第二圖為本創作之側視部份剖視圖。 第三圖為本創作中轉轴與喷頭之放大剖視圖。 【主要元件符號說明】 7 M374331 (lG〇桶體 (12)裝配室 (20)瀝水件 (22)轉軸 (231)喷口 (30)第一驅動組件 (32)齒輪組 (40)儲水盒 (5 0)水盆 (60)引水組件 (611)入水管 (62)泵浦 (70)第二驅動組件 (11)盛水空間 (21)籃體 (23)噴頭 (31)踏板 (51)排水管 (61)水箱 (612)出水管 (62 1)驅動軸M374331 V. New description: [New technical field] This creation is about a drain dewatering machine for mops that can drain the water absorbed by the mop. [Prior Art] - When cleaning the indoor floor, it is used for cleaning such as brooms, mops, etc. • The mop is mainly used to scrub the floor by the mop cloth after the water is sucked to achieve the purpose of cleaning. It will be stained, so it must be cleaned and the water must be wringed to keep it clean when it is used. However, the wringing operation is laborious and time-consuming, and the dewatering machine used by the manufacturer to develop the mop can make the screwing operation easy. The prior art mop dehydrator mainly has a barrel body for holding water inside. The bottom of the barrel body has a fitting chamber. The assembly chamber is provided with a driving unit having one end and entering the inside of the barrel body. a rotating shaft, the user can drive the driving unit to drive the rotating shaft to rotate, and the inside of the barrel is provided with an empty water delivery basket, which is placed at one end of the rotating shaft, according to which 'Users can use the mop after the mop has been used, then put the mop into the barrel to wash with water, then place the mop at the drain basket' and drive the drive unit Drain basket rotation, twisting can thus drain basket mop cloth outflow moisture, water and drain basket thrown. However, when using the above-mentioned prior art mop to clean the mop with a dehydrator, the water in the barrel is more and more dirty every time the cleaning is performed, so that the effect of the subsequent cleaning will be worse and worse, and the mop cloth is still paid after cleaning. The stains cause no cleaning effect when scrubbing the floor, and it is necessary to replace the water in the bucket after 3 times of use, which is quite inconvenient in use. [New content] In view of the above-mentioned prior art mop dehydrator in use, the effect of cleaning the mop cloth is not good, and there is a need to frequently replace the water in the barrel. This creation is performed by unscrewing the mop. The sewage is additionally collected to keep the water in the bucket water clean and to maintain the cleaning effect of the mop. In order to achieve the above-mentioned creative purposes, the technical means used in the present invention is to provide a draining and dewatering machine for a mop, which comprises: a barrel having a water-filled space, a fitting chamber recessed from the I portion; a draining member, The utility model has a basket body and a rotating shaft connected to the bottom of the basket body. The basket body is disposed in the water receiving space of the barrel body opposite to the assembly chamber, and the bottom end of the rotating shaft is disposed through the barrel wall of the barrel body. a first-drive assembly disposed in the assembly chamber and assembled to the bottom end of the shaft of the drain member; wherein: the shaft is a hollow tube body and is connected to the end of the basket And the inside of the body; & further comprising: a water storage box, which is disposed in the water space of the barrel; the water basin is fixed on the inner wall of the barrel and is located in the water space The blue system is located in the water basin. The shaft is pierced through the bottom of the basin and is provided with a drain pipe. The 1 is extended (4) water_mouth 4; a water guiding component having a water tank and being disposed in the water tank Inside - pump 'the pump m drive shaft extends out of the water tank, a box is disposed in the assembly chamber and has an inlet pipe connected to the barrel, and an outlet pipe is connected to the turn 4 M3 74331 Bottom As; and is connected to the second drive group #, which is disposed on The drive shaft of the assembly chamber is. The mop of the present invention uses a distilling and dewatering machine, which is used to arrange the mop into the water (4), and then through the second driving component, the water in the barrel is pumped to the water tank by the water pump. Then, it is discharged into the delivery water tank through the outlet pipe and the rotating shaft, and the mop is cleaned accordingly. After the mop is washed, the first driving component can be actuated to rotate the rotating shaft 1 to drive the water basket to rotate to wring the mop cloth. The sewage from the mop cloth can be dumped into the water basin and discharged to the water storage tank through the drain pipe. As can be seen from the above, the sewage generated after cleaning the mop is collected in the water storage tank without returning to the barrel body. Inside, the water in the barrel can be kept clean, so that every time the mop is cleaned, it can have a good cleaning effect. [Embodiment] Referring to the first and second figures, the present invention uses a drain dehydrator for a mop, which comprises a barrel (10), a drain member (20), a first drive assembly (30), and water storage. a box (40), a water basin (50), a water guiding assembly (6〇) and a second driving assembly (70), wherein the barrel (10), the drain member (2〇) and the first driving assembly ( The construction of 30) is the same as the prior art and is not the feature of the present invention. Only one example is given in the present embodiment and the drawings to assist the description of the creation. The tub (10) has a water storage space (11), and the tub body (1) is recessed from the bottom with a fitting chamber (12). The drain member (20) has a basket body (21) and a rotating shaft (22) connected to the bottom of the basket body (21). The drain member (20) is disposed on the barrel body (1〇). In the water space (11), the basket (21) is located above the assembly chamber (12), and its 5 M374331 shaft (22) bottom end passes through the barrel wall of the barrel (10) and is located in the assembly chamber (12). In the present invention, the rotating shaft (22) is hollow, and one end connected to the basket body (21) is in communication with the inside of the basket body (2 1), and further, as shown in the third figure, preferably In the embodiment, the rotating shaft (22) end may further be provided with a nozzle (23), and the nozzle (23) is formed with a plurality of nozzles (231) communicating with the rotating shaft (22). The first driving component (30) is disposed in the assembly chamber (12) and is coupled to the bottom end of the rotating shaft (22) of the drain member (20) to drive the rotating shaft (22) to rotate. There is a pedal (31) and a gear set (32) driven by the pedal (31), and the bottom end of the rotating shaft (22) is coupled to the gear set (32), and the driving pedal (31) can drive the gear The set (32) in turn drives the rotation of the shaft (22). The construction of the first drive assembly (30) as previously described is prior art and will not be described in detail herein. The water storage box (40) is disposed in the water storage space (11) of the barrel body (1). As shown in the embodiment, the water storage box (40) is disposed adjacent to the assembly chamber (12). ) The opening is facing upwards. The sho basin (50) is fixed on the inner wall of the barrel (1〇) and located in the water space (η) ® , and the basket (21) is located in the basin (5〇), and the The rotating shaft (22) is connected to the basket body (21) through the water basin (50), and a drain pipe (51) is connected to the bottom of the water basin (50). One end thereof extends to the opening of the water storage box (4〇). . The water guiding assembly (60) has a water tank (61) and a series of pumps (62) disposed in the water tank (61), the pump (62) having a driving shaft (621) extending out of the water tank (61). The water guiding assembly (60) is disposed in the assembly chamber (12), and the water tank (61) is connected with a water inlet pipe (611) to the barrel body (10), and an outlet water pipe (612) is connected to the rotating shaft ( 22) The bottom end. The second driving component (70) is disposed in the assembly chamber, and is coupled to the driving shaft (621) of the spring pump 6 M374331 (62) to drive the rotation thereof, and the second driving component (7〇) is configured The first drive component (3A) identical to the prior art is not described in detail. The mop of the present invention uses a drain dewatering machine, which is used for holding water in the barrel (1 inch). When cleaning the mop, the mop is first placed in the basket (21), and then driven by the second driving unit (70). The pumping unit (6〇) is pumped, and the clean water in the barrel is pumped from the inlet pipe (611) into the water tank (61), and then through the outlet pipe (612), the rotating shaft (22) and the nozzle. (23) is sprayed into the basket (21) to clean the dirty mop cloth, and after being washed, the first driving component (3〇) can be actuated to rotate the rotating shaft (22), thereby driving the basket ( 21) Rotate to wring out the mop cloth and the sewage from the mop cloth can be dumped into the water basin (50), and then drained to the water storage box (4〇) through the drain pipe (51), waiting for the water storage box (4〇) When the sewage is full, the water storage box (40) can be moved to the water tank for cleaning and filled with clean water and poured into the barrel (1〇) to replenish the water; as can be seen from the above, the sewage generated after cleaning the mop is collected and stored. The water tank (40) does not return to the inside of the barrel (丨〇), so the water in the barrel (丨〇) can be kept clean so that every time the mop is cleaned, Good cleaning effect' In addition, since the barrel (10) is only used to hold clean water, it is easier to clean after use. [Simple description of the drawing] The first picture is a partial cross-sectional view of the creation before. The second figure is a side view of a side view of the creation. The third picture is an enlarged cross-sectional view of the rotating shaft and the nozzle in the creation. [Main component symbol description] 7 M374331 (lG〇 barrel (12) assembly room (20) drain (22) shaft (231) nozzle (30) first drive assembly (32) gear set (40) water storage box ( 5 0) basin (60) water diversion module (611) inlet pipe (62) pump (70) second drive assembly (11) water storage space (21) basket (23) nozzle (31) pedal (51) drainage Tube (61) water tank (612) outlet pipe (62 1) drive shaft