M363894 五、新型說明： 【新型所屬之技術領域】 本創作係一種拖把用脫水裝置，尤指—種利用離心力 對拖把脫水之拖把用脫水裝置。 【先前技術】 一般拖把清洗後擰乾係為相當費力的作業，若拖把未M363894 V. New description: [New technical field] This creation is a dewatering device for mops, especially a dewatering device for mops that uses centrifugal force to dehydrate the mop. [Prior Art] It is quite laborious to wring the mop after cleaning. If the mop is not
擰乾會導致拖把拖過的地板過濕，容易殘留水潰或增加滑 倒之危險性。 為了改善拖把不易擰乾之問題，便有人創作出如中華 民國第M349255號「托把用脫水桶結構」，該托把用托水 桶結構包含有一殼體、一驅動组件及一傳動組件，該殼體 設有一可容置驅動組件之容置室，該驅動組件具有一固設 於殼體之底座，並於該底座上設置一可往復枢轉之活動件 以及一受控於該活動件之傳動件，其中活動件一側設有一 可提供使用者踩踏之踏板，並於踏板背面延伸一弧形齒條 ’且弧形齒條自由端處並無連接踏板，該傳動件具有一嚙 合弧形齒條之傳動齒輪，以及一與傳動齒輪同軸之第一斜 齒輪’該傳動組件具有一可承置托把且位於殼體中之承置 件承置件δ又有自由端抵接底座之樞軸，並於樞軸上套 設一嚙合第一斜齒輪，使用者可藉由踩踏踏板時，弧形齒 條帶動傳動齒輪，接著帶動第一斜齒輪，進而帶動第二斜 蠢輪’才使承置件轉動以便於將托把的水分甩出。 然上述中，該活動件之弧形齒條與踏板形成一近似【 型構件，該弧形齒條採用懸臂式設計’使整體結構不穩固 3 M363894 用過程中’該弧形齒條容易斷裂損·，縮短該托把 脫水桶結構之使用壽命，並 ^ μ ^ 干ΙΛ |用性，另外，該活 、2 ^形齒條自由端處形成一開放性開口，於往復作動Wringing can cause the floor of the mop to be too wet, which can easily cause water to collapse or increase the risk of slipping. In order to improve the problem that the mop is not easy to wring out, a mold such as the dehydration bucket structure of the Republic of China No. M349255 has been created. The bracket has a housing, a drive assembly and a transmission assembly. The housing is provided with a receiving chamber for accommodating the driving component, the driving assembly has a base fixed to the housing, and a reciprocating pivoting movable member and a transmission controlled by the movable member are disposed on the base The movable member is provided with a pedal for providing a step on the side of the movable member, and a curved rack is extended on the back of the pedal, and the pedal is not connected at the free end of the curved rack. The transmission member has a meshing curved tooth. a transmission gear, and a first helical gear coaxial with the transmission gear. The transmission assembly has a bearing holder δ which can be placed in the housing and has a free end abutting the pivot of the base And a first helical gear is engaged on the pivot shaft, and the user can drive the transmission gear by stepping on the pedal, and then driving the first helical gear, thereby driving the second oblique wheel Parts transfer Move to facilitate the moisture of the tray. However, in the above, the curved rack of the movable member forms an approximate [type member, and the curved rack adopts a cantilever design to make the overall structure unstable. 3 M363894 In the process, the curved rack is easily broken. · Shorten the service life of the dewatering bucket structure of the pallet, and ^ μ ^ dryness | usability, in addition, an open opening is formed at the free end of the live, 2^-shaped rack for reciprocating action
的過程中，並無明確的限位設計，所以使I 時不易心使肖者於料踏板 ，、、—土適虽的位移量，且活動件的回復位置也不固定 =洛於合適可提供使用者踩踏的角度，造成使用者使 用上的不方便。 【新型内容】 “本創作之主要目的在於提供—種拖把用脫水裝置，希 1 4改m托把用脫水桶結構中活動件形成開放 性開口而整體結構不穩固易損壞、位移量與回復角度不易 控制而使用不便之缺點。 i =逹成如揭目的，本創作所設計之拖把用脫水裝置， 八二3有成體、一驅動組件及一傳動組件，該殼體設有 可合置水之容室.，以及一於殼體上形成開口之裝配室， 該驅動組件係設置於該裝配室’該傳動組件具有一受控於 驅動組件而可轉動之瀝水件，其中，該驅動組件包含有一 口叹於忒设體之底座，並於該底座上樞設一可回復之主動 件該主動件上設有一踏板部，且於該踏板部—側設置一 側土 °玄側壁上设有上下間隔之限位槽與弧形齒部，該弧 开y歯。卩與傳動組件之連動模組相組接，並藉由該連動模組 連接該渥水件。 由上述可以得知，該拖把用脫水裝置中，該主動件之 踏板邛與弧形齒部間設有側壁相連接，進而提高該主動件 正體結構的強度，讓弧形齒部不容易斷裂損壞，以及，該 M363894 限位槽的設計，可以限制該踏板部之轉動角度，因此該踏 板部往復移動之最高、最低位置被限定住，所以該踏板部 被踩踏後會回復至適合使用者踩踏的位置’故使用上更為 方便、實用，此外，該緩衝件係以弧凸面與瀝水件之樞轴 接觸’藉由接觸面積之減少，使樞軸轉動時受到的摩擦力 更小’提升轉動順暢性。 - 【實施方式】 - 请麥閱第一、二圖，為本創作拖把用脫水裝置之一較 •佳貫施例，其包含有包含有一殼體（丨〇 )、一驅動組件（2 〇 ) 及一傳動組件（30)。 該殼體（10)設有一可容置水之容室（11)及一裴配室 (1 2) ’邊容室（1 〇 )底面形成一凸出部，該裝配室（丨2 )位於 該凸出部下方，並於該殼體（丨〇)上形成一開口，該凸出部 於頂面凸設一定位部，且該定位部中央設有一連通容室 (10)與裝配室（12)之通孔，該殼體（10)上進一步設有一提 把（13)。 該驅動組件（2 0)係設置於該殼體（1 〇 )之裝配室（丨2 )中 ’該驅動組件（20)包括有一底座（21)及一可回復作動之主 動件（22)，該底座（21)具有一固設於該殼體（1〇)上之基板 部（211) ’並於該基板部（211)頂面凸設二對稱之翼片（212 ’該基板部（211 )上設有一承穴（2 9 )，該主動件（2 2 )係樞 設於該底座（21)之二翼片（212)之間：該主動件（22)具有 一波浪狀踏板部（23)，且於踏板部（23) —側設置一可提高 結構強度之側壁（24) ’該側壁（24)上設有上下間隔之弧狀 限位槽（2 5)與弧形齒部（2 6)’其中該限位槽（2 5)位置高於 5 M363894 弧形齒部（26)。 於本創作較佳實施例中，該踏板部（23) —側凸伸一可 提供扭力彈簧（28)組設之組接部（27)，且扭力彈簣（28) — 端抵接該踏板部（23)底面’另端抵接鄰近之翼片（212)， s亥主動件（2 2 )利用該扭力彈簧（2 8)之設置而能往復作動。 該傳動組件（30)包括有一連動模組及一瀝水件（31)， 該連動模組包含有一第一齒輪（33)、一第二齒輪（34)及一 第二齒輪（35)，該第一齒輪（33)與該主動件（22)之弧形齒 部（26)嚙合，且該第一齒輪（33)之樞轉軸伸入該限位槽 (25)中，該第二齒輪（34)與第一齒輪（33)同軸心且同動， δ亥第二齒輪（35)係套設於該瀝水件（31)上並與該第二齒輪 (34) 相嚙合，該第三齒輪（35)中設有一單向軸承（36)，該 瀝水件（31)具有一樞轴（37)，可通過通孔與該第三齒輪 (35) 之單向軸承（36)，進而插伸入該底座（Μ)之承穴（29) 中。 於本創作較佳實施例中，該第二齒輪（34)與第三齒輪 (35)皆為傘型齒輪，且該第三齒輪（35)可組設於該2座 (21)之承穴⑵）上，該瀝水件（31)之頂緣係低於該殼體 (1 0)之頂緣。 請參閱第三圖所示，該拖把用脫水裝置尚包括有一具 有孤凸面之緩衝件⑷），該緩衝件⑷）係設置於該承:穴 ⑽中’並且位於該瀝水件(31)樞軸(37)之下方，利用狐 凸面與樞轴(37)端面相接觸’達到減少接觸面積盘摩擦力 =果1而提升該瀝水件（31)運轉之流暢度，另外、 踏板部（23)自由端處側向延伸具有限位功用之擋部。 6 M363894 请參閱弟四、五圖所示，使用者可以將欲脫水的拖把 頭放置於該瀝水件（31)上，並且腳踏該踏板部（23)，該踏 板部⑽向下轉動之過程中，該弧形齒部（26)於轉動過程 中會帶動嗜合之第-齒輪（33)，同時與第—齒輪⑽同轴 心之第二齒輪(34)會-起轉動，接著帶動與第二齒輪(34) 嚙合之第三齒輪(35)，並使與第三齒輪(35)組接之樞轴 (37)轉動’因此該瀝水件(37)便可順利轉動脫水，此外， 該踏板部(23)向下轉動至一定角度時，該第一齒輪(33)之 樞轉軸會抵接該限位槽（25)的較上側端，達到限位功用， 且該踏板部（23)自由端處之擋部亦會抵靠於翼片（212)， 亦可達到限位之目的。 待使用者解除施加於該踏板部（23)之下壓力量時，該 扭力彈簧（28)之回復力會使該踏板部（23)回復，待該第一 齒輪（33)之樞轉軸抵靠至限位槽（25)之較下側端時，該踏 板部（23)則停置於適合使用者踩踏的位置，且該踏板部 (23)回復的同時，因該單向軸承（36)之設置，使該遞水件 (31)不會反向轉動’所以使用者在重複踩踏該主動件（22) 時，該瀝水件（31)係朝同一方向轉動’進而達到利用離心 力脫水之目的。 綜上所述’該拖把用脫水裝置利用該主動件（22)中側 壁（24)之設計’提高該主動件（22)之整體結構強度，降低 弧形齒部（26)斷裂損壞之情形發生，而該限位槽（25)之設 計可以讓該踏板部（23)可回復至適合使用者踩踏的角产， 另外，該具有弧凸面之缓衝件（40) ’藉由與樞轴（37)點狀 之接觸設計，讓瀝水件（31)在轉動上更為輕易、順暢，故 7 M363894 性 該拖把用脫水裝置使用上更具有實用性與便利,ι 【圖式簡單說明】 施例之 第一圖：為本創作拖把用脫水裝w Λ ^, A 直之—較佳實 立體組合示意圖。 、 施例之 第二圖：為本創作拖把用脫水裝w ^ ^ v A 罝之—較佳實 立體分解示意圖。 Λ 施例之 第二圖：為本創作拖把用脫水裝置 —較佳音 前視剖面示意圖。 第四圖：為本創作拖把用脫水裝置 側視剖面示意圖。 佳實施例之 弟五圖：為本創作拖把用脫水褒置 ^ y 之—較佳實施例之 使用側視剖面示意圖。 【主要元件符號說明】 (10)殼體 (11)容室 (12)裝配室 (13)提把 (2 0)驅動組件 (21)底座 (211)基板部 (212)翼片 (2 2)主動件 (2 3)踏板部 (2 4)側壁 (2 5)限位槽 (2 6)弧形嵩部 (2 7)組接部 (2 8)扭力彈簧 (2 9)承穴 (3 0)傳動組件 (31)瀝水件 (33)第一齒輪 (34)第二齒輪 (35)第三齒輪 (3 6)單向軸承 M363894 (3 7)樞軸 (40)缓衝件In the process, there is no clear limit design, so it is not easy to make the I use the pedals, and the displacement of the movable parts is not fixed. The angle at which the user steps on causes inconvenience to the user. [New content] "The main purpose of this creation is to provide a kind of dehydration device for mop, and to change the movable part of the dewatering barrel structure to form an open opening, and the overall structure is unstable and easy to damage, displacement and recovery angle. It is difficult to control and has the disadvantage of inconvenient use. i = The purpose of this invention is to design a mop dehydration device, 832 has an adult body, a driving component and a transmission component, and the casing is provided with a detachable water. a housing chamber, and a mounting chamber forming an opening in the housing, the driving assembly being disposed in the assembly chamber. The transmission assembly has a drain member controlled by the driving assembly, wherein the driving assembly includes There is a base that sighs on the body, and a reversible active member is pivoted on the base. The active member is provided with a pedal portion, and the side portion of the pedal portion is disposed on the side of the side. The spacing slot and the arc-shaped tooth portion are opened, and the arc is connected to the interlocking module of the transmission component, and the water-moving member is connected by the linkage module. It can be known from the above that the mop Dewatering device The pedal 邛 of the active member is connected with the sidewall of the curved tooth portion, thereby improving the strength of the active body structure, preventing the arc tooth portion from being easily broken and damaged, and the design of the M363894 limit groove. The rotation angle of the pedal portion can be restricted, so that the highest and lowest positions of the pedal portion reciprocating movement are limited, so that the pedal portion is returned to a position suitable for the user to step on after being stepped on, so that it is more convenient and practical to use. In addition, the cushioning member is in contact with the pivotal surface of the drain member by the pivotal surface of the drain member, and the frictional force received during the pivoting is reduced by the reduction of the contact area. [Embodiment] - Please read The first and second figures are one of the preferred embodiments of the dehydrating device for the mop, which comprises a casing (丨〇), a driving assembly (2 〇) and a transmission assembly (30). The housing (10) is provided with a chamber (11) for accommodating water and a compartment (1 2). The bottom surface of the side chamber (1 形成) forms a projection, and the assembly chamber (丨2) is located at the bottom Below the projection, and in the housing (丨〇 An opening is formed on the top surface, and a positioning portion is protruded from the top surface, and a center of the positioning portion is provided with a through hole connecting the chamber (10) and the assembly chamber (12). Further, a handle (13) is provided. The drive assembly (20) is disposed in the assembly chamber (丨2) of the housing (1). The drive assembly (20) includes a base (21) and a Retrieving the actuating member (22), the base (21) has a base portion (211) fixed to the housing (1) and has two symmetrical wings on the top surface of the base portion (211) a substrate (212' is provided with a socket (2 9 ) on the substrate portion (211), and the active member (2 2 ) is pivotally disposed between the two fins (212) of the base (21): the active member ( 22) having a wavy pedal portion (23), and a side wall (24) for improving structural strength on the side of the pedal portion (23). The side wall (24) is provided with arc-shaped limiting slots spaced upwardly and downwardly ( 2 5) With the curved tooth (2 6)' where the limit groove (25) is positioned above the 5 M363894 curved tooth (26). In the preferred embodiment of the present invention, the pedal portion (23) is laterally protruded to provide a combination portion (27) of the torsion spring (28), and the torsion magazine (28) is abutted against the pedal portion. (23) The bottom surface 'the other end abuts the adjacent fin (212), and the sigma active member (2 2 ) can be reciprocated by the setting of the torsion spring (28). The transmission assembly (30) includes a linkage module and a drain member (31). The linkage module includes a first gear (33), a second gear (34) and a second gear (35). A gear (33) meshes with the arcuate tooth portion (26) of the driving member (22), and a pivot shaft of the first gear (33) extends into the limiting slot (25), the second gear (34) Concentrically and co-moving with the first gear (33), the second gear (35) is sleeved on the drain member (31) and meshed with the second gear (34), the third gear ( 35) is provided with a one-way bearing (36), the drain member (31) has a pivot (37) through which a one-way bearing (36) of the third gear (35) is inserted, and then inserted into The base (Μ) is in the socket (29). In the preferred embodiment of the present invention, the second gear (34) and the third gear (35) are both umbrella gears, and the third gear (35) can be assembled in the socket of the two seats (21). (2)), the top edge of the drain member (31) is lower than the top edge of the housing (10). Referring to the third figure, the mop dehydrating device further includes a buffer member (4) having a solitary convex surface, and the buffer member (4) is disposed in the bearing hole (10) and located at the drain member (31) pivot. Below (37), the fox convex surface is in contact with the end surface of the pivot (37) to reduce the contact area disk friction = fruit 1 to improve the smoothness of the operation of the drain member (31), and the pedal portion (23) is free. A stop portion having a limit function is laterally extended at the end. 6 M363894 Please refer to the fourth and fifth figures. The user can place the mop head to be dehydrated on the drain member (31), and step on the pedal portion (23). The pedal portion (10) is rotated downward. The arc-shaped tooth portion (26) will drive the coincident first gear (33) during the rotation, and the second gear (34) coaxial with the first gear (10) will rotate, and then drive The second gear (34) engages the third gear (35) and rotates the pivot (37) that is coupled to the third gear (35) so that the drain member (37) can be smoothly rotated and dehydrated. When the pedal portion (23) is rotated downward to a certain angle, the pivot shaft of the first gear (33) abuts the upper end of the limiting slot (25) to reach the limit function, and the pedal portion (23) The stop at the free end will also abut the flap (212) and can also reach the limit. When the user releases the amount of pressure applied under the pedal portion (23), the restoring force of the torsion spring (28) causes the pedal portion (23) to return, and the pivot shaft of the first gear (33) abuts When the lower end of the limiting slot (25) is closed, the pedal portion (23) is stopped at a position suitable for the user to step on, and the pedal portion (23) is restored due to the one-way bearing (36) The arrangement is such that the water delivery member (31) does not rotate in the reverse direction. Therefore, when the user repeatedly steps on the active member (22), the drain member (31) rotates in the same direction to achieve dehydration by centrifugal force. . In summary, the mop dehydration device utilizes the design of the side wall (24) of the active member (22) to increase the overall structural strength of the active member (22) and reduce the fracture damage of the curved tooth portion (26). The limiting slot (25) is designed to allow the pedal portion (23) to return to a corner suitable for the user to step on. In addition, the arcuate buffer member (40) 'by being pivoted ( 37) The point-like contact design makes the draining piece (31) easier and smoother to rotate, so 7 M363894 is more practical and convenient for use with the dewatering device. ι [Simple description] The first picture: for the creation of the mop with dehydration w Λ ^, A straight - better solid three-dimensional combination diagram. The second picture of the example: for the creation of the mop with dehydration w ^ ^ v A — - a better real three-dimensional decomposition diagram.第二 The second picture of the example: the dewatering device for the creation mop - a better sound front view. The fourth picture is a side view of the dehydration device for the mop. The fifth figure of the preferred embodiment is a schematic cross-sectional view of the preferred embodiment of the present invention. [Description of main component symbols] (10) Housing (11) Housing (12) Assembly chamber (13) Lifting handle (20) Drive assembly (21) Base (211) Base plate portion (212) Flap (2 2) Active part (2 3) Pedal part (2 4) Side wall (2 5) Limiting groove (2 6) Curved crotch part (2 7) Assembly part (2 8) Torsion spring (2 9) Acupoint (3 0 Transmission assembly (31) drain member (33) first gear (34) second gear (35) third gear (36) one-way bearing M363894 (3 7) pivot (40) cushioning member
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