WO2011137730A1 - Mop bucket - Google Patents

Mop bucket Download PDF

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Publication number
WO2011137730A1
WO2011137730A1 PCT/CN2011/073503 CN2011073503W WO2011137730A1 WO 2011137730 A1 WO2011137730 A1 WO 2011137730A1 CN 2011073503 W CN2011073503 W CN 2011073503W WO 2011137730 A1 WO2011137730 A1 WO 2011137730A1
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WO
WIPO (PCT)
Prior art keywords
mop
cleaning
sleeve
mop head
rod
Prior art date
Application number
PCT/CN2011/073503
Other languages
French (fr)
Chinese (zh)
Inventor
赵一美
Original Assignee
Zhao Yimei
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to CN201010180843.6A priority Critical patent/CN101828894B/en
Priority to CN201010180843.6 priority
Priority to CN2010102309401A priority patent/CN101904728A/en
Priority to CN201010230940.1 priority
Application filed by Zhao Yimei filed Critical Zhao Yimei
Publication of WO2011137730A1 publication Critical patent/WO2011137730A1/en

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Classifications

    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L13/00Implements for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L13/10Scrubbing; Scouring; Cleaning; Polishing
    • A47L13/50Auxiliary implements
    • A47L13/58Wringers for scouring pads, mops, or the like, combined with buckets

Abstract

A mop bucket is provided. A cleaning part (1) and a dehydrating part (2) are arranged in the mop bucket. A rotatable dehydrating basket (3) is arranged in the dehydrating part (2). The dehydrating basket (3) is arranged on an installing seat (4) higher than the mop bucket bottom and is driven by a rotating mophead to rotate. A rotatable cleaning frame (6) is arranged in the cleaning part (1) and is arranged at the lower part of the cleaning part (1). The cleaning frame (6) is driven by the rotating mophead to rotate.

Description

拖把桶和拖把及拖把清洗方法 技术领域:  Mop bucket and mop and mop cleaning method Technical field:
本发明涉及一种拖把桶和拖把及拖把清洗方法。  The invention relates to a mop bucket and a mop and a mop cleaning method.
背景技术:  Background technique:
目前, 各种拖把桶结构众多。 如中国专利 200920160684. 6号提出了一种 "免踩踏脱水 桶"。 在该技术方案中, 免踩踏脱水桶包含: 一桶体、 一脱水槽及一转动件; 其中该桶体的 顶面是呈一开口, 并自该桶体的一底面隆设有一安装座, 且该安装座上固定一支轴, 该脱水 槽, 是套设于该支轴; 该转动件是套设于该支轴与该脱水槽的底部之间, 以使该脱水槽相对 于该支轴呈可自由转动。该免踩踏脱水桶无须踩踏便可实现脱水。但上述脱水桶只能采用上 下提拉的方式对拖把头进行清洗, 拖把头不能在水中进行旋转式清洗, 使得拖把头的清洗效 果不理想。  At present, various mop bucket structures are numerous. For example, Chinese patent 200920160684. 6 proposes a "free-to-step dewatering bucket". In the technical solution, the step-less dewatering bucket comprises: a barrel body, a dewatering tank and a rotating member; wherein the top surface of the barrel body is an opening, and a mounting seat is arranged from a bottom surface of the barrel body, And a fixing shaft is fixed on the mounting seat, the dewatering groove is sleeved on the supporting shaft; the rotating member is sleeved between the supporting shaft and the bottom of the dewatering groove, so that the dewatering groove is opposite to the branch The shaft is free to rotate. This step-free dewatering bucket can be dehydrated without stepping on it. However, the above-mentioned dewatering bucket can only clean the mop head by means of up-and-down pulling, and the mop head cannot be rotated and cleaned in water, so that the cleaning effect of the mop head is not satisfactory.
又如,如中国专利 200920109420. 8号提出了一种"拖把的脱水装置"。在该技术方案中, 拖把的脱水装置主要包含: 相互套接的内、 外杆体, 内杆体设有一内缘底端设为棘齿的卡合 件, 并在其底端枢接一设有拖把毛的盘体, 外杆体设有一驱动件; 拖把的脱水装置还包含一 设于卡合件内, 以承接所述驱动件且其底缘设有棘齿的制动件, 以构成拖把的脱水装置。 在 拖把使用后将盘体置于沥水桶, 通过外杆体的下压使制动件旋转, 从而带动所述卡合件使内 杆体呈同方向的旋转, 以产生离心力将附着于拖把毛的水甩干。 但其存在以下不足:  For another example, a Chinese patent 200920109420. 8 proposes a "dehydration device for mops." In the technical solution, the dehydrating device of the mop mainly comprises: inner and outer rod bodies which are sleeved with each other, and the inner rod body is provided with a snap member with a bottom end of the inner edge as a ratchet tooth, and is pivotally connected at the bottom end thereof with a mop The outer disk body of the hair is provided with a driving member; the dewatering device of the mop further comprises a braking member disposed in the engaging member for receiving the driving member and having a ratchet at a bottom edge thereof to constitute dehydration of the mop Device. After the mop is used, the disc body is placed in the drain bucket, and the brake member is rotated by the depression of the outer rod body, thereby driving the engaging member to rotate the inner rod body in the same direction to generate water which is centrifugally attached to the mop hair. Dry. However, it has the following shortcomings:
1、 上述拖把在脱水过程中, 下压外杆体, 拖把头向一个方向转动, 上拉外杆体, 拖把 头向另一方向转动; 上述拖把无法形成连续的同方向转动, 拖把头的转动速度较慢, 拖把的 脱水效果不理想。  1. During the dehydration process, the mop presses the outer rod body, the mop head rotates in one direction, pulls the outer rod body, and the mop head rotates in the other direction; the mop cannot form a continuous rotation in the same direction, and the mop head rotates at a faster speed. Slow, the dehydration effect of the mop is not ideal.
2、 由于上述拖把采用束套上端内缘设置的卡勾和内杆体上所设的固定套, 来防止上拉 外杆体时, 外杆体从内杆体上脱开。 但卡勾和固定套间的有效阻挡部较小, 使得上拉外杆体 时, 外杆体很容易从内杆体上脱开。 再者, 上述结构也增加了卡勾与内杆体、 固定套和外杆 体间的磨擦, 使得下压和上拉外杆体操作很费力, 增加的劳动强度并影响拖把的脱水效果。  2. Since the mop adopts the hook provided on the inner edge of the upper end of the bundle sleeve and the fixing sleeve provided on the inner rod body to prevent the outer rod body from being pulled up, the outer rod body is disengaged from the inner rod body. However, the effective blocking portion between the hook and the fixed sleeve is small, so that when the outer rod is pulled up, the outer rod is easily detached from the inner rod. Moreover, the above structure also increases the friction between the hook and the inner rod body, the fixing sleeve and the outer rod body, so that the operation of pressing down and pulling the outer rod body is laborious, increasing the labor intensity and affecting the dehydration effect of the mop.
3、 上述拖把只能采用上提、 下压的方式对拖把头进行清洗, 擦拭物在清洗时呈下垂或 粘结状, 由于污物被擦拭物包裹, 清洗容器中的水无法对附着在擦拭物中的污物进行充分的 冲洗, 使得附着在擦拭物上的污物不容易被清除, 拖把头的清洗效果不理想。  3. The mop can only be cleaned by lifting and lowering the mop head. The wipes are drooping or bonding when cleaning. Because the dirt is wrapped by the wipe, the water in the cleaning container cannot be attached to the wipe. The dirt in the material is sufficiently washed, so that the dirt adhering to the wipe is not easily removed, and the cleaning effect of the mop head is not satisfactory.
发明内容:  Summary of the invention:
本发明的一个目的是: 提供一种拖把头可在拖把桶中进行旋转式清洗, 清洗效果理想的 拖把桶。  SUMMARY OF THE INVENTION One object of the present invention is to provide a mop bucket in which a mop head can be rotated in a mop bucket to clean the effect.
本发明的另一个目的是:提供一种与前述拖把桶配合使用、可增加拖把头单向旋转速度, 提高脱水和清洗效果的拖把。  Another object of the present invention is to provide a mop that can be used in conjunction with the aforementioned mop bucket to increase the unidirectional rotation speed of the mop head and to improve the dewatering and cleaning effects.
本发明的另一个目的是: 提供一种与前述拖把桶配合使用、 可有效防止内、 外杆脱离, 脱水和清洗更省力的拖把。  Another object of the present invention is to provide a mop which can be used in conjunction with the aforementioned mop bucket to effectively prevent the inner and outer rods from being detached, dehydrated and cleaned.
本发明的再一个目的是: 提供一种清洗效果理想的拖把清洗方法。  Still another object of the present invention is to provide a mop cleaning method which is ideal for cleaning.
为实现上述发明目的, 本发明是通过以下技术方案来实现的:  In order to achieve the above object, the present invention is achieved by the following technical solutions:
一种拖把桶, 拖把桶中设有清洗部和脱水部, 脱水部中设有可转动的脱水篮, 脱水篮设 于高出桶底的安装座上, 脱水篮在旋转的拖把头带动下旋转, 其特征在于: 所述的清洗部中 设有可转动的清洗架, 清洗架设于清洗部的下部, 清洗架在旋转的拖把头带动下旋转。  A mop bucket, the mop bucket is provided with a washing portion and a dewatering portion, and the dewatering portion is provided with a rotatable dewatering basket, the dewatering basket is arranged on a mounting seat higher than the bottom of the barrel, and the dewatering basket is rotated by the rotating mop head The cleaning unit is provided with a rotatable cleaning rack, the cleaning rack is disposed at a lower portion of the cleaning portion, and the cleaning rack is rotated by the rotating mop head.
本发明的优点在于: 由于清洗部中设有可转动的清洗架, 清洗架设于清洗部的下部, 清 洗时, 置于清洗架上拖把头的擦拭物便位于拖把桶的水位之下, 清洗架在旋转的拖把头带动 下旋转, 带动拖把桶中的水一起旋转, 拖把头便可被清洗干净。 本发明的清洗架可以大大提 高清洗效果。 由于脱水篮设于高出桶底的安装座上, 脱水篮底部高于拖把桶的水位, 当旋转 的拖把头带动脱水篮旋转时, 便可利用离心力将拖把头脱水。本发明的拖把桶与旋转的拖把 头配套使用, 拖把头可以是手动驱动旋转的, 也可以是电动驱动旋转的。 本发明的清洗部和 脱水部可以是相通的, 也可以是相互隔离的。 The invention has the advantages that: since the cleaning part is provided with a rotatable cleaning frame, the cleaning is arranged at the lower part of the cleaning part, and when cleaning, the wiper placed on the cleaning frame is located under the water level of the mop bucket, the cleaning frame Rotating under the rotating mop head, the water in the mop bucket is rotated together, and the mop head can be cleaned. The cleaning rack of the invention can greatly improve High cleaning effect. Since the dewatering basket is placed on the mount above the bottom of the bucket, the bottom of the dewatering basket is higher than the water level of the mop bucket, and when the rotating mop head drives the spin basket to rotate, the mop head can be dewatered by centrifugal force. The mop bucket of the present invention is used in conjunction with a rotating mop head, which may be manually driven to rotate or electrically driven to rotate. The cleaning portion and the dewatering portion of the present invention may be in communication or may be isolated from each other.
在本发明中, 所述的清洗架中部设有凸起, 拖把头中部设有与凸起相配合的定位部。 通 过清洗架中部的凸起与拖把头中部的定位部配合, 可防止拖把头在清洗时从清洗架上滑落, 使拖把头的清洗更方便。  In the present invention, a middle portion of the cleaning frame is provided with a protrusion, and a middle portion of the mop head is provided with a positioning portion that cooperates with the protrusion. By matching the protrusion in the middle of the cleaning frame with the positioning portion in the middle of the mop head, the mop head can be prevented from sliding off the cleaning frame during cleaning, which makes the cleaning of the mop head more convenient.
在本发明中, 所述的清洗部中设有清洗架安装座, 清洗架通过该安装座可拆的安装于清 洗部中。 当清洗架从安装座中拆下时, 用户可用常用方式清洗拖把头, 当清洗架安装于安装 座中时, 用户可采用旋转的方式对拖把头进行清洗。  In the present invention, the cleaning unit is provided with a cleaning frame mount, and the cleaning frame is detachably mounted in the cleaning portion through the mounting seat. When the cleaning frame is removed from the mounting seat, the user can clean the mop head in a conventional manner. When the cleaning frame is installed in the mounting seat, the user can rotate the mop head in a rotating manner.
在本发明中, 所述的清洗架在清洗时与拖把头相抵触, 拖把头上至少部分擦拭物露出或 穿出清洗架。 当拖把头上部分擦拭物露出或穿出清洗架时, 在拖把头的带动下, 露出或穿出 清洗架的擦拭物在水中旋转, 其可充分的与水接触, 擦拭物上的脏物在旋转的擦拭物、 旋转 的水和自身离心力的多重作用下, 很容易被清洗, 其清洗效果十分理想。 同时, 露出或穿出 清洗架的擦拭物在旋转过程中, 还可对拖把桶进行清洗。  In the present invention, the cleaning frame is in contact with the mop head during cleaning, and at least a portion of the wipe on the mop head is exposed or passed out of the cleaning frame. When a part of the wiper on the mop head is exposed or worn out of the cleaning frame, the wiper exposed or worn out of the cleaning frame rotates in the water under the mop head, which can fully contact with the water, and the dirt on the wipe is The rotating wipe, the rotating water and the centrifugal force of the self are easily cleaned, and the cleaning effect is very good. At the same time, the mop bucket can be cleaned during the rotation of the wipe that exposes or wears the cleaning rack.
在本发明中, 所述的清洗架是清洗篮, 拖把头在清洗时, 拖把头上全部擦拭物置于清洗 篮中。此种清洗架对擦拭物的清洗效果不如前述结构, 但其清洗效果比常用清洗方式要好的 多。 同时, 此种清洗架可降低清洗过程中的噪声。  In the present invention, the cleaning rack is a washing basket, and when the mop head is cleaned, all the wipes on the mop head are placed in the washing basket. The cleaning effect of the cleaning frame on the wipe is not as good as the above structure, but the cleaning effect is much better than the common cleaning method. At the same time, such a cleaning frame can reduce noise during the cleaning process.
在本发明中, 所述的清洗架中设有轴承。 其可使清洗架转动更灵活。  In the present invention, the cleaning frame is provided with a bearing. It makes the cleaning frame more flexible.
一种与本发明所述拖把桶配套的拖把, 其特征在于: 拖把杆下端铰接有带擦拭物的拖把 头, 拖把杆至少包括内杆和外杆, 内、 外杆间可相对转动, 并通过套接使拖把杆可作压短和 拉长的直线运动, 内、 外杆其中之一的下端与拖把头相连; 内、 外杆间设有驱动机构, 驱动 机构包含螺旋杆件, 转动套中设有与螺旋杆件相配合的螺牙或开孔; 驱动机构将内、 外杆间 的直线运动转化为拖把头的旋转运动, 并通过单向传动机构驱动拖把头单向旋转, 内、 外杆 间设有防拉脱机构。  A mop matched with the mop bucket of the present invention is characterized in that: a mop head with a wiping object is hinged at a lower end of the mop rod, and the mop rod includes at least an inner rod and an outer rod, and the inner and outer rods are relatively rotatable and pass through The socket allows the mop rod to be linearly and shortly stretched, and the lower end of one of the inner and outer rods is connected to the mop head; the inner and outer rods are provided with a driving mechanism, and the driving mechanism comprises a screw member, and the rotating sleeve is arranged a thread or a hole corresponding to the screw member; the driving mechanism converts the linear motion between the inner and outer rods into a rotary motion of the mop head, and drives the mop head to rotate in one direction by a one-way transmission mechanism, inside and outside There is a pull-off mechanism between the poles.
将上述拖把置于本发明的脱水篮或清洗架后, 向下压短拖把杆, 转动套被螺旋杆件驱动 旋转, 并通过单向传动机构形成单向传动, 拖把头被驱动旋转; 向上拉长拖把杆, 转动套被 螺旋杆件驱动旋转, 单向传动机构使转动套与内杆间形成空转, 拖把头在惯性的作用下继续 旋转。 再次向下压短拖把杆, 单向传动机构便再次驱动拖把头旋转, 其可增加拖把头的旋转 速度。  After the mop is placed in the dewatering basket or the cleaning rack of the present invention, the mop rod is pressed down, the rotating sleeve is driven to rotate by the auger member, and the one-way transmission is formed by the one-way transmission mechanism, and the mop head is driven to rotate; The long mop rod, the rotating sleeve is driven to rotate by the auger rod, the one-way transmission mechanism makes the idling between the rotating sleeve and the inner rod, and the mop head continues to rotate under the action of inertia. Pressing the short mop lever down again, the one-way drive again drives the mop head rotation, which increases the rotational speed of the mop head.
当上述拖把置于脱水篮中时, 拖把可进行脱水, 且脱水效果十分理想。 当上述拖把置于 清洗架中时, 拖把可进行清洗, 且清洗效果十分理想。  When the mop is placed in the dewatering basket, the mop can be dehydrated and the dewatering effect is ideal. When the mop is placed in the cleaning rack, the mop can be cleaned and the cleaning effect is ideal.
在本发明中, 所述的防拉脱机构包括: 螺旋杆件通过固定端与外杆固定, 螺旋杆件上设 有阻挡件, 内杆设有阻挡套, 螺旋杆件上的阻挡件和固定端分别设于阻挡套的两侧, 阻挡件 可在内杆中灵活移动; 拖把杆拉长到位时, 防拉脱机构阻止内、 外杆脱离。 由于防拉脱机构 的螺旋杆件通过固定端与外杆固定, 螺旋杆件上设有阻挡件, 内杆设有阻挡套, 螺旋杆件上 的阻挡件和固定端分别设于阻挡套的两侧。 当拖把杆拉长到位时, 螺旋杆件上的阻挡件和内 杆上的阻挡套、 螺旋杆件和外杆、 阻挡套和内杆间的相互作用, 可有效阻止内、 外杆脱离, 防拉脱机构工作十分稳定。 由于阻挡件可在内杆中灵活移动, 防拉脱机构在向下压短和向上 拉长拖把杆过程中, 能有效减少各部件间的磨擦, 使脱水和清洗操作很省力。  In the present invention, the anti-pinch mechanism includes: the auger member is fixed to the outer rod through the fixed end, the auger member is provided with a blocking member, the inner rod is provided with a blocking sleeve, and the blocking member and the fixing member on the spiral rod member are fixed. The ends are respectively disposed on both sides of the blocking sleeve, and the blocking member can be flexibly moved in the inner rod; when the mop rod is elongated in position, the anti-pinch mechanism prevents the inner and outer rods from coming off. Since the auger member of the anti-pinch mechanism is fixed to the outer rod through the fixed end, the auger member is provided with a blocking member, the inner rod is provided with a blocking sleeve, and the blocking member and the fixed end of the spiral rod member are respectively disposed on the two blocking sleeves. side. When the mop rod is stretched into position, the interaction between the blocking member on the auger member and the blocking sleeve on the inner rod, the auger member and the outer rod, the blocking sleeve and the inner rod can effectively prevent the inner and outer rods from coming off. The pull-off mechanism is very stable. Since the blocking member can be flexibly moved in the inner rod, the anti-pinch mechanism can effectively reduce the friction between the parts during the downward pressing and the upward stretching of the mop rod, so that the dehydration and cleaning operations are labor-saving.
在本发明中, 所述的阻挡套是传动套; 所述的单向传动机构包括: 设于转动套底部周边 的传动齿和设于传动套内侧底部周边的传动齿, 两传动齿设有相配合的啮合面和滑动面, 转 动套可相对传动套上下移动; 转动套自身的重力使两传动齿贴近; 转动套一个方向旋转使两 传动齿啮合面相互抵触时, 形成单向传动; 转动套另一个方向旋转使两传动齿滑动面相互抵 触时, 转动套相对传动套上移而形成空转。 由于转动套可相对传动套上下移动, 使得上述单 向传动机构在形成空转的过程中工作十分可靠。 同时, 单向传动机构的结构也十分简单。 在本发明中, 所述的阻挡套是传动套; 所述的单向传动机构包括: 转动套周边设有至少 1个开槽,开槽中设有滚柱或滚球;转动套一个方向旋转压迫滚柱或滚球与传动套相抵触时, 滚柱或滚球与传动套卡死形成单向传动;转动套另一个方向旋转压迫滚柱或滚球离开传动套 时,转动套与传动套间形成空转。上述单向传动机构形成单向传动和空转的工作都十分可靠。 同时, 单向传动机构的结构也十分简单。 In the present invention, the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: a transmission tooth disposed around the bottom of the rotating sleeve and a transmission tooth disposed at a periphery of the inner bottom of the transmission sleeve, the two transmission teeth are provided with phases The mating engaging surface and the sliding surface, the rotating sleeve can move up and down relative to the driving sleeve; the gravity of the rotating sleeve itself makes the two driving teeth close; when the rotating sleeve rotates in one direction to make the two driving teeth meshing surfaces interfere with each other, a one-way transmission is formed; When the other direction of rotation causes the two driving tooth sliding surfaces to interfere with each other, the rotating sleeve moves up relative to the driving sleeve to form an idling. Since the rotating sleeve can move up and down relative to the driving sleeve, the above single It is very reliable to work in the process of forming the idling to the transmission mechanism. At the same time, the structure of the one-way transmission mechanism is also very simple. In the present invention, the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: at least one slot is provided around the rotating sleeve, and a roller or a ball is arranged in the slot; the rotating sleeve rotates in one direction When the pressing roller or the ball is in conflict with the driving sleeve, the roller or the ball and the driving sleeve are stuck to form a one-way transmission; when the rotating sleeve rotates in the other direction to press the roller or the ball away from the driving sleeve, the rotating sleeve and the driving sleeve Forming an idling. The above-mentioned one-way transmission mechanism is very reliable in forming one-way transmission and idling. At the same time, the structure of the one-way transmission mechanism is also very simple.
在本发明中, 所述的阻挡套是单向轴承; 所述的单向传动机构是单向轴承, 转动套旋转 方向是单向轴承锁死方向时, 转动套与内杆间形成单向传动; 转动套旋转方向是单向轴承自 由转动方向时, 转动套与内杆间形成空转。 单向传动机构采用单向轴承, 其比前述单向传动 机构可减小传动齿在空转时产生的噪声, 使拖把工作更理想。  In the present invention, the blocking sleeve is a one-way bearing; the one-way transmission mechanism is a one-way bearing, and the rotation direction of the rotating sleeve is a one-way bearing locking direction, and a one-way transmission is formed between the rotating sleeve and the inner rod. When the rotation direction of the rotating sleeve is the free direction of rotation of the one-way bearing, the rotating sleeve forms an idle rotation with the inner rod. The one-way transmission mechanism adopts a one-way bearing, which can reduce the noise generated when the transmission tooth is idling than the one-way transmission mechanism, and the mop work is more ideal.
在本发明中, 内杆可以是与拖把头相连的下部杆体, 也可以是用于握手的上部杆体。 外 杆可以是用于握手的上部杆体, 也可以是与拖把头相连的下部杆体。螺旋杆件可以是扭曲成 螺旋状的杆件, 也可以是杆件表面加工有螺旋槽的杆件。转动套中的螺牙与螺旋杆件配合能 形成旋转便可实现本发明目的; 当然, 也可在转动套中设置长形开孔, 通过长形开孔与螺旋 杆件配合形成旋转。  In the present invention, the inner rod may be a lower rod connected to the mop head or an upper rod for handshake. The outer rod may be an upper rod for handshake or a lower rod connected to the mop head. The auger member may be a rod that is twisted into a spiral shape, or may be a rod member on which the surface of the rod member is machined with a spiral groove. The purpose of the present invention can be achieved by the screw in the rotating sleeve cooperating with the auger member; however, it is also possible to provide an elongated opening in the rotating sleeve and a rotation with the auger member through the elongated opening.
在本发明中, 所述的内、 外杆间设有锁定机构, 锁定机构包括: 设于外杆上的卡套, 卡 套上设有开槽, 卡套外设有滑套, 滑套的移动压迫卡套的开槽部压紧或松开内杆。 拖把拖地 时, 操作上述锁定机构可将内、 外杆锁紧, 防止内、 外杆间滑动。 在拖把清洗或脱水时, 操 作上述锁定机构可将内、 外杆松开, 使清洗或脱水操作更省力。  In the present invention, the inner and outer rods are provided with a locking mechanism, and the locking mechanism comprises: a ferrule disposed on the outer rod, the sleeve is provided with a slot, and the sleeve is provided with a sliding sleeve, the sliding sleeve Move the grooved portion of the compression ferrule to press or loosen the inner rod. When the mop is mopped, the above locking mechanism can be locked to lock the inner and outer rods to prevent sliding between the inner and outer rods. When the mop is cleaned or dehydrated, the above locking mechanism can be used to loosen the inner and outer rods, making the washing or dehydrating operation more labor-saving.
在本发明中, 所述的滑套上设有手柄, 手柄铰接于卡套上, 滑套上设有用于穿过手柄的 开口, 上、 下扳动手柄, 手柄的端部推动滑套开口使滑套下、 上移动。 由上述滑套、 手柄和 卡套组成的锁定机构, 其操作十分方便。  In the present invention, the sliding sleeve is provided with a handle, and the handle is hinged on the ferrule, and the sliding sleeve is provided with an opening for passing through the handle, and the handle is pushed up and down, and the end of the handle pushes the sliding sleeve opening Slide the sleeve down and move it up. The locking mechanism consisting of the above sliding sleeve, the handle and the ferrule is very convenient to operate.
在本发明中, 所述的拖把杆还包括: 与内、 外杆其中之一的上端相固定的延长杆。 当拖 把杆采用三节杆体时, 可有效縮小包装运输中的体积; 当内杆和外杆其中之一的上端固定有 延长杆时,需要旋转的杆是无连接的杆体,从而减小需要旋转的杆在旋转过程中产生的晃动, 使拖把头旋转更稳定。 当然, 本发明也可采用只包括内、 外杆的拖把杆。 若不考虑需要旋转 的杆在旋转过程中的晃动,也可在需要旋转的杆下端连接一杆体,通过该杆体与拖把头相连。  In the present invention, the mop bar further includes: an extension rod fixed to an upper end of one of the inner and outer rods. When the mop rod adopts a three-section rod body, the volume in the package transportation can be effectively reduced; when the extension rod is fixed at the upper end of one of the inner rod and the outer rod, the rod to be rotated is a non-connected rod body, thereby reducing the need for rotation. The sway caused by the rod during the rotation makes the mop head rotation more stable. Of course, the present invention can also employ a mop rod that includes only inner and outer rods. If the rod that needs to be rotated is not considered to be shaken during the rotation, a rod can be connected to the lower end of the rod to be rotated, and the rod body is connected to the mop head.
一种拖把清洗方法, 其特征在于: 该方法包括以下步骤:  A mop cleaning method, characterized in that: the method comprises the following steps:
将带擦拭物的拖把头置于带水的清洗容器中, 并使拖把头与清洗容器中的清洗支撑装置 相抵触;  Placing the mop head with the wipe in a water-washing container and aligning the mop head with the cleaning support in the cleaning container;
驱动拖把头绕其中心旋转, 拖把头带动擦拭物在水中旋转, 擦拭物在旋转时向外张开, 擦拭物上的脏物在旋转的擦拭物、 水和自身离心力作用下被清洗。  The mop head is driven to rotate about its center, the mop head drives the wipe to rotate in the water, the wipe is opened outward when rotated, and the dirt on the wipe is cleaned by the rotating wipe, water and its own centrifugal force.
本发明的优点在于: 由于本发明的清洗方法采用可转动的拖把头带动擦拭物旋转来进行 清洗, 拖把头的转动带动擦拭物在水中旋转, 使擦拭物在离心力的作用下向外张开, 其可减 小擦拭物对脏物包裹。 同时, 擦拭物带动清洗容器中的水旋转, 旋转的水可对脏物进行有力 的冲洗, 使得脏物很容易在旋转的擦拭物、 水和自身离心力的作用下被清洗干净。 由于擦拭 物旋转的动力来自固定擦拭物的拖把头, 其利于擦拭物在离心力的作用下向外张开, 减小擦 拭物对脏物包裹。  The invention has the advantages that: since the cleaning method of the invention adopts a rotatable mop head to drive the wiper to rotate, the rotation of the mop head drives the wipe to rotate in the water, so that the wiper expands outward under the action of centrifugal force. It reduces the wrap to dirt. At the same time, the wipes drive the water in the cleaning container to rotate, and the rotating water can vigorously flush the dirt, so that the dirt can be easily cleaned by the rotating wipe, water and its own centrifugal force. Since the motive of the wiping rotation comes from the mop head of the fixed wipe, it facilitates the outward opening of the wipe by the centrifugal force, reducing the wiping of the wipe to the dirt.
在发明中, 所述的拖把头与清洗支撑装置相抵触时, 清洗支撑装置阻止拖把头压紧擦拭 物。 其利于擦拭物在离心力的作用下向外张开, 减小擦拭物对脏物包裹。  In the invention, when the mop head is in contact with the cleaning support device, the cleaning support device prevents the mop head from pressing against the wipe. It facilitates the outward opening of the wipe under the action of centrifugal force, reducing the wrap to the dirt.
在发明中, 所述的擦拭物在旋转过程中受旋转产生的离心力、 水的作用力、 拖把头的作 用力和自身重力的共同作用下向外张开。其利于减小擦拭物对脏物包裹, 使得脏物被清洗干 净。  In the invention, the wiper is flared outward during the rotation by the centrifugal force generated by the rotation, the force of the water, the force of the mop head, and the self-gravity. It helps to reduce the wrap to the dirt, so that the dirt is cleaned.
在发明中, 所述的清洗支撑装置包括: 设于清洗容器中的支杆, 拖把头上设有与支杆相 配合的开孔; 支杆可进入或退出开孔。 当清洗支撑装置采用上述点支撑方法时, 由于清洗容 器中的支杆和拖把头上的开孔的支撑和定位作用, 可以大大降低拖把头旋转阻力, 使得驱动 拖把头旋转更省力。 当支杆设于清洗容器中, 开孔设于拖把头上时, 其不影响拖把的拖地和 脱水操作。 同时, 清洗支撑装置可在清洗过程中, 阻止拖把头压紧擦拭物, 使附着在擦拭物 中的污物更容易被清洗干净。 In the invention, the cleaning support device comprises: a strut provided in the cleaning container, the mop head is provided with an opening matched with the strut; the strut can enter or exit the opening. When the cleaning support device adopts the above point support method, due to the cleaning capacity The support and positioning of the struts in the ram and the opening on the mop head can greatly reduce the rotational resistance of the mop head, making the driving of the mop head more labor-saving. When the struts are disposed in the cleaning container and the openings are provided on the mop head, they do not affect the mopping and dehydrating operations of the mop. At the same time, the cleaning support device can prevent the mop head from pressing the wipe during the cleaning process, so that the dirt attached to the wipe is more easily cleaned.
在发明中, 所述的清洗支撑装置包括: 设于清洗容器中的开孔, 拖把头上设有与开孔相 配合的支杆; 支杆可进入或退出开孔。 采用上述方法同样可实现对拖把头进行旋转式清洗、 清洗效果理想的目的。  In the invention, the cleaning support device comprises: an opening provided in the cleaning container, the mop head is provided with a strut matching the opening; the strut can enter or exit the opening. The above method can also achieve the purpose of rotary cleaning and cleaning effect of the mop head.
在发明中, 所述的开孔呈喇叭状。 当设于拖把头上的开孔或清洗容器中的开孔呈喇叭状 时, 利于支杆进入开孔, 使用更方便。 设于拖把头上的开孔可以是上小下大的喇叭状。 设于 清洗容器中的开孔可以是上大下小的喇叭状。  In the invention, the opening is flared. When the opening provided in the mop head or the opening in the cleaning container is in the shape of a trumpet, it is advantageous for the struts to enter the opening. The opening provided on the mop head may be a trumpet shape that is large and small. The opening provided in the cleaning container may be in the shape of a large upper and lower trumpet.
在发明中, 所述的清洗支撑装置是可转动或不可转动的清洗架。 清洗支撑装置采用清洗 架同样可实现本发明的目的。当采用可转动的清洗架时,清洗架绕其支轴转动, 以实现清洗。 当采用不可转动的清洗架时, 拖把头绕清洗架转动, 以实现清洗。  In the invention, the cleaning support device is a rotatable or non-rotatable cleaning frame. The cleaning support device can also achieve the object of the present invention by using a cleaning frame. When a rotatable cleaning frame is used, the cleaning frame is rotated about its support shaft for cleaning. When a non-rotatable cleaning frame is used, the mop head is rotated around the cleaning frame for cleaning.
在发明中, 所述的驱动拖把头绕其中心旋转通过以下方法来实现: 拖把头铰接于拖把杆 下端, 拖把杆至少包括内杆和外杆, 内、 外杆间可相对转动, 并通过套接使拖把杆可作压短 和拉长的直线运动, 内、 外杆其中之一的下端与拖把头相连; 内、 外杆间设有驱动机构, 驱 动机构将内、外杆间的直线运动转化为拖把头的旋转运动, 并通过单向传动机构驱动拖把头 单向旋转, 内、 外杆间设有防拉脱机构; 清洗时拖把杆向下压短驱动拖把头旋转, 清洗支撑 装置支撑拖把头以减小拖把头的旋转阻力。 清洗时, 拖把杆向下压短, 驱动机构将内、 外杆 间的直线运动转化为拖把头的旋转运动, 并通过单向传动机构驱动拖把头单向旋转, 擦拭物 在清洗过程中可在离心力的作用下张开, 附着在擦拭物中的污物更容易被清洗干净。在本发 明中, 清洗支撑装置最好支撑于拖把头上的中心位置, 以利于拖把头的旋转。  In the invention, the driving mop head is rotated around its center by the following method: The mop head is hinged to the lower end of the mop rod, the mop rod includes at least an inner rod and an outer rod, and the inner and outer rods are relatively rotatable and pass through the sleeve. The mop rod can be used for short and elongated linear motion, and the lower end of one of the inner and outer rods is connected with the mop head; a driving mechanism is arranged between the inner and outer rods, and the driving mechanism linearly moves between the inner and outer rods It is converted into the rotary motion of the mop head, and the mop head is driven to rotate in one direction by a one-way transmission mechanism, and an anti-pull mechanism is arranged between the inner and outer rods; when the mop rod is pressed down, the mop head is driven to rotate, and the support device is supported for cleaning. The mop head is used to reduce the rotational resistance of the mop head. During cleaning, the mop rod is pressed down, and the driving mechanism converts the linear motion between the inner and outer rods into the rotary motion of the mop head, and drives the mop head to rotate in one direction by the one-way transmission mechanism, and the wiping object can be in the cleaning process during the cleaning process. The centrifugal force acts to open, and the dirt attached to the wipe is more easily cleaned. In the present invention, the cleaning support means is preferably supported at a central position on the mop head to facilitate rotation of the mop head.
在发明中, 所述的驱动机构包含螺旋杆件, 转动套中设有与螺旋杆件相配合的螺牙或开 孔; 所述的防拉脱机构包括: 螺旋杆件通过固定端与外杆固定, 螺旋杆件上设有阻挡件, 内 杆设有阻挡套, 螺旋杆件上的阻挡件和固定端分别设于阻挡套的两侧, 阻挡件可在内杆中灵 活移动; 拖把杆拉长到位时, 防拉脱机构阻止内、 外杆脱离。 将拖把置于清洗支撑装置后, 向下压短拖把杆, 转动套被螺旋杆件驱动旋转, 并通过单向传动机构形成单向传动, 拖把头 被驱动旋转; 向上拉长拖把杆, 转动套被螺旋杆件驱动旋转, 单向传动机构使转动套与内杆 间形成空转, 拖把头在惯性的作用下继续旋转。 再次向下压短拖把杆, 单向传动机构便再次 驱动拖把头旋转, 其可增加拖把头的旋转速度。 当拖把杆拉长到位时, 螺旋杆件上的阻挡件 和内杆上的阻挡套、 螺旋杆件和外杆、 阻挡套和内杆间的相互作用, 可有效阻止内、 外杆脱 离。 由于阻挡件可在内杆中灵活移动, 防拉脱机构在向下压短和向上拉长拖把杆过程中, 能 有效减少各部件间的磨擦, 使清洗操作很省力。  In the invention, the driving mechanism comprises a screw member, and the rotating sleeve is provided with a thread or an opening matched with the screw member; the anti-pinch mechanism comprises: the screw member passes through the fixed end and the outer rod Fixed, the spiral member is provided with a blocking member, the inner rod is provided with a blocking sleeve, and the blocking member and the fixed end on the spiral rod member are respectively disposed on two sides of the blocking sleeve, and the blocking member can be flexibly moved in the inner rod; the mop rod is pulled When it is in place, the anti-pinch mechanism prevents the inner and outer rods from coming off. After the mop is placed on the cleaning support device, the mop rod is pressed down, the rotating sleeve is driven to rotate by the auger member, and the one-way transmission is formed by the one-way transmission mechanism, and the mop head is driven to rotate; the mop rod is elongated upward, and the sleeve is rotated Rotating by the auger member, the one-way transmission mechanism makes the idling between the rotating sleeve and the inner rod, and the mop head continues to rotate under the action of inertia. Pressing the short mop lever down again, the one-way drive mechanism again drives the mop head to rotate, which increases the rotational speed of the mop head. When the mop rod is stretched into position, the interaction between the blocking member on the auger member and the blocking sleeve on the inner rod, the auger member and the outer rod, the blocking sleeve and the inner rod can effectively prevent the inner and outer rods from coming off. Since the blocking member can be flexibly moved in the inner rod, the anti-pinch mechanism can effectively reduce the friction between the parts during the downward pressing and the upward stretching of the mop rod, so that the cleaning operation is labor-saving.
在发明中, 所述的阻挡套是传动套; 所述的单向传动机构包括: 设于转动套底部周边的 传动齿和设于传动套内侧底部周边的传动齿, 两传动齿设有相配合的啮合面和滑动面, 转动 套可相对传动套上下移动; 转动套自身的重力使两传动齿贴近; 转动套一个方向旋转使两传 动齿啮合面相互抵触时, 形成单向传动; 转动套另一个方向旋转使两传动齿滑动面相互抵触 时, 转动套相对传动套上移而形成空转。 由于转动套可相对传动套上下移动, 使得上述单向 传动机构在形成空转的过程中工作十分可靠。 同时, 单向传动机构的结构也十分简单。  In the invention, the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: a transmission tooth disposed around the bottom of the rotating sleeve and a transmission tooth disposed at a periphery of the inner bottom of the transmission sleeve, and the two transmission teeth are matched The engaging surface and the sliding surface, the rotating sleeve can move up and down relative to the driving sleeve; the gravity of the rotating sleeve itself makes the two driving teeth close; when the rotating sleeve rotates in one direction to make the two driving teeth meshing surfaces interfere with each other, a one-way transmission is formed; When one direction of rotation causes the two drive tooth sliding surfaces to interfere with each other, the rotating sleeve moves up relative to the drive sleeve to form an idle motion. Since the rotating sleeve can move up and down with respect to the driving sleeve, the above-mentioned one-way transmission mechanism works very reliably in the process of forming the idling. At the same time, the structure of the one-way transmission mechanism is also very simple.
附图说明:  BRIEF DESCRIPTION OF THE DRAWINGS:
图 1是本发明第一种拖把桶示意图。  BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view of a first type of mop bucket of the present invention.
图 2是本发明第一种拖把桶在清洗拖把头时示意图。  Figure 2 is a schematic view of the first type of mop bucket of the present invention when cleaning the mop head.
图 3是本发明第二种拖把桶在清洗拖把头时示意图。  Figure 3 is a schematic view of the second mop bucket of the present invention when cleaning the mop head.
图 4是本发明第三种拖把桶示意图。  Figure 4 is a schematic view of a third type of mop bucket of the present invention.
图 5是本发明拖把桶及与其配套的拖把结构示意图。 图 6是本发明拖把杆直立, 处于可清洗和脱水状态时示意图。 Figure 5 is a schematic view showing the structure of the mop bucket and the mop thereof associated therewith. Figure 6 is a schematic view of the mop stick of the present invention upright in a washable and dehydrated state.
图 7是本发明拖把杆拖地状态示意图。  Fig. 7 is a schematic view showing the mopping position of the mop rod of the present invention.
图 8是本发明拖把实施例 1拖把示意图。  Figure 8 is a schematic view of the mop of the mop embodiment 1 of the present invention.
图 9是本发明实施例 1内杆、 外杆和驱动机构的部件分解示意图。  Fig. 9 is a partially exploded perspective view showing the inner rod, the outer rod and the driving mechanism of the embodiment 1 of the present invention.
图 10是本发明第一种驱动机构形成单向传动示意图。  Figure 10 is a schematic view showing the formation of a one-way transmission by the first drive mechanism of the present invention.
图 11是本发明第一种驱动机构形成空转示意图。  Figure 11 is a schematic view showing the formation of a idling of the first drive mechanism of the present invention.
图 12是本发明第二种驱动机构形成单向传动示意图。  Figure 12 is a schematic view showing the formation of a one-way transmission by the second driving mechanism of the present invention.
图 13是图 12中的 A-A剖视图。  Figure 13 is a cross-sectional view taken along line A-A of Figure 12;
图 14是本发明第二种驱动机构形成空转示意图。  Figure 14 is a schematic view showing the formation of an idle rotation of the second driving mechanism of the present invention.
图 15是本发明第三种驱动机构形成单向传动示意图。  Figure 15 is a schematic view showing the formation of a one-way transmission by the third driving mechanism of the present invention.
图 16是本发明第三种驱动机构形成空转示意图。  Figure 16 is a schematic view showing the formation of a idling of the third driving mechanism of the present invention.
图 17是应用本发明拖把清洗方法的第一种清洗容器在清洗时示意图。  Figure 17 is a schematic view of the first type of cleaning container to which the mop cleaning method of the present invention is applied.
图 18是应用本发明拖把清洗方法的第二种清洗容器在清洗时示意图。  Figure 18 is a schematic view showing the second cleaning container to which the mop cleaning method of the present invention is applied.
图 19是应用本发明拖把清洗方法的第三种清洗容器在清洗时示意图。  Figure 19 is a schematic view showing the third cleaning container to which the mop cleaning method of the present invention is applied.
具体实施方式:  detailed description:
拖把桶实施例 1  Mop bucket embodiment 1
图 1、 图 2、 图 5、 图 6、 图 7给出了本发明拖把桶的实施例 1。  1, FIG. 2, FIG. 5, FIG. 6, and FIG. 7 show an embodiment 1 of the mop bucket of the present invention.
在本实施例中, 拖把桶中设有清洗部 1和脱水部 2, 脱水部中设有可转动的脱水篮 3, 脱水篮 3设于高出桶底的安装座 4上, 脱水篮 3在旋转的拖把头 5带动下旋转。清洗部 1中 设有可转动的清洗架 6, 清洗架 6设于清洗部 1的下部, 清洗架 6在旋转的拖把头 5带动下 旋转。  In this embodiment, the mop bucket is provided with a cleaning portion 1 and a dewatering portion 2, and the dewatering portion is provided with a rotatable dewatering basket 3, and the dewatering basket 3 is disposed on the mounting seat 4 above the bottom of the barrel, and the dewatering basket 3 is The rotating mop head 5 is driven to rotate. The cleaning unit 1 is provided with a rotatable cleaning frame 6, and the cleaning frame 6 is disposed at a lower portion of the cleaning unit 1, and the cleaning frame 6 is rotated by the rotating mop head 5.
在本实施例中, 清洗架中部设有凸起 7, 拖把头 5中部设有与凸起相配合的定位部 8。 在本实施例中, 定位部 8是一开孔。 通过清洗架中部的凸起与拖把头中部的定位部配合, 可 防止拖把头在清洗时从清洗架上滑落, 使拖把头的清洗更方便。  In the present embodiment, the middle portion of the cleaning frame is provided with a projection 7, and the middle portion of the mop head 5 is provided with a positioning portion 8 which cooperates with the projection. In this embodiment, the positioning portion 8 is an opening. By matching the protrusion in the middle of the cleaning frame with the positioning portion in the middle of the mop head, the mop head can be prevented from sliding off the cleaning frame during cleaning, which makes the cleaning of the mop head more convenient.
在本实施例中, 清洗部 1中设有清洗架安装座 9, 清洗架通过该安装座可拆的安装于清 洗部中。 当清洗架从安装座中拆下时, 用户可用常用方式清洗拖把头, 当清洗架安装于安装 座中时, 用户可采用旋转的方式进行清洗拖把头。  In the present embodiment, the cleaning unit 1 is provided with a cleaning frame mount 9, and the cleaning frame is detachably mounted in the cleaning portion through the mounting seat. When the cleaning rack is removed from the mount, the user can clean the mop head in a conventional manner. When the cleaning rack is installed in the mount, the user can rotate the mop head in a rotating manner.
在本实施例中, 清洗架 6在清洗时与拖把头相抵触, 拖把头上至少部分擦拭物 10露出 清洗架。 当拖把头上部分擦拭物露出清洗架时, 露出清洗架的擦拭物在拖把头的带动下, 可 在水中旋转, 其可充分的与水接触, 擦拭物上的脏物在旋转的擦拭物、 旋转的水和自身离心 力的多重作用下, 很容易被清洗, 其清洗效果十分理想。 同时, 露出清洗架的擦拭物在旋转 过程中, 还可对拖把桶进行清洗。  In the present embodiment, the cleaning frame 6 is in contact with the mop head during cleaning, and at least a portion of the wipe 10 on the mop head is exposed to the cleaning frame. When a part of the wiper on the mop head is exposed to the cleaning rack, the wiper exposing the cleaning rack can be rotated in the water under the mop head, which can fully contact with the water, the dirt on the wipe is in the rotating wipe, Under the multiple action of rotating water and its own centrifugal force, it is easy to be cleaned, and its cleaning effect is very good. At the same time, the wiper that exposes the cleaning rack can also clean the mop bucket during the rotation process.
由于清洗部中设有可转动的清洗架, 清洗架设于清洗部的下部, 清洗时, 置于清洗架上 拖把头的擦拭物便位于拖把桶的水位之下, 清洗架在旋转的拖把头带动下旋转, 带动拖把桶 中的水一起旋转, 拖把头便可被清洗干净。 本发明的清洗架可以大大提高清洗效果。 由于脱 水篮设于高出桶底的安装座上, 脱水篮底部高于拖把桶的水位, 当旋转的拖把头带动脱水篮 旋转时, 便可利用离心力将拖把头脱水。 本发明的拖把桶与旋转的拖把头配套使用, 拖把头 可以是手动驱动旋转的, 也可以是电动驱动旋转的。 清洗架中还设有轴承。 其可使清洗架转 动更灵活。  Since the cleaning part is provided with a rotatable cleaning frame, the cleaning device is arranged at the lower part of the cleaning part. When cleaning, the wiper head placed on the cleaning frame is located under the water level of the mop bucket, and the cleaning frame is driven by the rotating mop head. Rotate down, drive the water in the mop bucket to rotate together, and the mop head can be cleaned. The cleaning rack of the invention can greatly improve the cleaning effect. Since the dewatering basket is placed on the mount above the bottom of the bucket, the bottom of the dewatering basket is higher than the water level of the mop bucket, and when the rotating mop head drives the dewatering basket to rotate, the mop head can be dewatered by centrifugal force. The mop bucket of the present invention is used in conjunction with a rotating mop head, which may be manually driven to rotate or electrically driven to rotate. Bearings are also provided in the wash rack. It makes the cleaning rack more flexible.
如图 6所示: 本实施例的拖把在清洗和脱水时, 通过铰轴 31将拖把杆直立。 如图 7所 示: 拖把在拖地时, 拖把杆与拖把头通过铰轴 31调节使用角度。  As shown in Fig. 6, the mop of this embodiment erects the mop rod by the hinge shaft 31 during washing and dehydration. As shown in Fig. 7, when the mop is mopping, the mop lever and the mop head are adjusted by the hinge shaft 31 to adjust the angle of use.
拖把桶实施例 2  Mop bucket example 2
图 3给出了本发明拖把桶的实施例 2。  Figure 3 shows an embodiment 2 of the mop bucket of the present invention.
在本实施例中, 清洗架 6在清洗时与拖把头相抵触, 拖把头上至少部分擦拭物 10穿出 清洗架上的开孔 11。 当拖把头上部分擦拭物穿出清洗架时, 穿出清洗架的擦拭物在拖把头 的带动下, 可在水中旋转, 其可充分的与水接触, 擦拭物上的脏物在旋转的擦拭物、 旋转的 水和自身离心力的多重作用下, 很容易被清洗, 其清洗效果十分理想。 同时, 穿出清洗架的 擦拭物在旋转过程中, 还可对拖把桶进行清洗。 其余与拖把桶实施例 1相同。 In the present embodiment, the cleaning frame 6 is in contact with the mop head during cleaning, and at least a portion of the wipe 10 on the mop head passes through the opening 11 in the cleaning frame. When a part of the wiper on the mop head is worn out of the cleaning frame, the wiper that wears the cleaning frame is on the mop head. Under the driving, it can rotate in water, which can fully contact with water. The dirt on the wipe can be easily cleaned under the multiple action of rotating wipe, rotating water and self-centrifugal force, and the cleaning effect is very good. . At the same time, the wiper that wears the cleaning rack can also clean the mop bucket during the rotation process. The rest is the same as the mop bucket embodiment 1.
拖把桶实施例 3  Mop bucket example 3
图 4给出了本发明拖把桶的实施例 3。  Figure 4 shows an embodiment 3 of the mop bucket of the present invention.
在本实施例中, 清洗架 6是清洗篮, 拖把头在清洗时, 拖把头上全部擦拭物置于清洗篮 中。此种清洗架对擦拭物的清洗效果不如前述两种结构, 但其清洗效果比常用清洗方式要好 的多。 同时, 此种清洗架可降低在清洗过程中的噪声。 其余与拖把桶实施例 1相同。  In the present embodiment, the cleaning rack 6 is a washing basket in which all the wipes on the mop head are placed in the washing basket. The cleaning effect of the cleaning frame is not as good as the above two structures, but the cleaning effect is much better than the common cleaning method. At the same time, such a cleaning frame can reduce noise during the cleaning process. The rest is the same as the mop bucket embodiment 1.
拖把实施例 1  Mop embodiment 1
图 5、 图 8、 图 9、 图 10、 图 11给出了本发明拖把的实施例 1。  Fig. 5, Fig. 8, Fig. 9, Fig. 10, Fig. 11 show an embodiment 1 of the mop of the present invention.
在本实施例中, 与拖把桶配套的拖把包括: 拖把杆下端铰接有带擦拭物 10的拖把头 5, 拖把杆至少包括内杆 12和外杆 13, 内、 外杆间可相对转动, 并通过套接使拖把杆可作压短 和拉长的直线运动, 内、 外杆其中之一的下端与拖把头 5相连; 内、 外杆间设有驱动机构, 驱动机构包含螺旋杆件 14, 转动套 15中设有与螺旋杆件 14相配合开孔 16-1 ; 驱动机构将 内、外杆间的直线运动转化为拖把头的旋转运动,并通过单向传动机构驱动拖把头单向旋转, 内、 外杆间设有防拉脱机构。  In this embodiment, the mop matched with the mop bucket includes: a mop head 5 with a wipe 10 hinged at a lower end of the mop lever, the mop lever including at least an inner rod 12 and an outer rod 13, the inner and outer rods being relatively rotatable, and The mop rod can be made into a short and elongated linear motion by socketing, and the lower end of one of the inner and outer rods is connected with the mop head 5; a driving mechanism is arranged between the inner and outer rods, and the driving mechanism comprises a screw member 14, The rotating sleeve 15 is provided with an opening 16-1 for cooperating with the auger member 14; the driving mechanism converts the linear motion between the inner and outer rods into a rotary motion of the mop head, and drives the mop head to rotate in one direction by a one-way transmission mechanism. There is an anti-pinch mechanism between the inner and outer rods.
将上述拖把置于本发明的脱水篮或清洗架后, 向下压短拖把杆, 转动套 15被螺旋杆件 14 驱动旋转, 并通过单向传动机构形成单向传动, 拖把头被驱动旋转; 向上拉长拖把杆, 转动套被螺旋杆件驱动旋转, 单向传动机构使转动套与内杆间形成空转, 拖把头在惯性的作 用下继续旋转。 再次向下压短拖把杆, 单向传动机构便再次驱动拖把头旋转, 可使拖把头的 旋转速度得到增加。  After the mop is placed in the dewatering basket or the cleaning rack of the present invention, the mop rod is pressed down, the rotating sleeve 15 is driven to rotate by the auger member 14, and the one-way transmission is formed by the one-way transmission mechanism, and the mop head is driven to rotate; The mop rod is elongated upward, and the rotating sleeve is driven to rotate by the auger member, and the one-way transmission mechanism makes an idle rotation between the rotating sleeve and the inner rod, and the mop head continues to rotate under the action of inertia. Pressing the short mop lever down again, the one-way drive mechanism drives the mop head rotation again, which increases the rotational speed of the mop head.
当上述拖把置于脱水篮中时, 拖把可进行脱水, 且脱水效果十分理想。 当上述拖把置于 清洗架中时, 拖把可进行清洗, 且清洗效果十分理想。  When the mop is placed in the dewatering basket, the mop can be dehydrated and the dewatering effect is ideal. When the mop is placed in the cleaning rack, the mop can be cleaned and the cleaning effect is ideal.
在本实施例中, 防拉脱机构包括: 螺旋杆件 14通过固定端 17与外杆 13固定, 螺旋杆 件上设有阻挡件 18, 内杆设有阻挡套, 阻挡套是传动套 19。 螺旋杆件上的阻挡件 18和固定 端 17分别设于传动套 19的两侧, 阻挡件 18可在内杆 12中灵活移动; 拖把杆拉长到位时, 防拉脱机构阻止内、外杆脱离。 由于防拉脱机构的螺旋杆件通过固定端与外杆固定, 螺旋杆 件上设有阻挡件, 内杆设有传动套, 螺旋杆件上的阻挡件和固定端分别设于传动套的两侧。 当拖把杆拉长到位时, 螺旋杆件上的阻挡件和内杆上的阻挡套、 螺旋杆件和外杆、 阻挡套和 内杆间的相互作用, 可有效阻止内、 外杆脱离, 防拉脱机构工作十分稳定。 由于阻挡件可在 内杆中灵活移动, 防拉脱机构在向下压短和向上拉长拖把杆过程中, 能有效减少各部件间的 磨擦, 使脱水操作很省力, 提高拖把的脱水效果。  In this embodiment, the anti-pinch mechanism comprises: the auger member 14 is fixed to the outer rod 13 through the fixed end 17, the auger member is provided with a blocking member 18, the inner rod is provided with a blocking sleeve, and the blocking sleeve is a transmission sleeve 19. The blocking member 18 and the fixed end 17 of the screw member are respectively disposed on two sides of the driving sleeve 19, and the blocking member 18 can be flexibly moved in the inner rod 12. When the mop rod is elongated in position, the anti-pulling mechanism blocks the inner and outer rods Get rid of. Since the auger member of the anti-pinch mechanism is fixed to the outer rod through the fixed end, the spiral rod member is provided with a blocking member, and the inner rod is provided with a transmission sleeve, and the blocking member and the fixed end on the spiral rod member are respectively disposed on the two of the transmission sleeve side. When the mop rod is stretched into position, the interaction between the blocking member on the auger member and the blocking sleeve on the inner rod, the auger member and the outer rod, the blocking sleeve and the inner rod can effectively prevent the inner and outer rods from coming off. The pull-off mechanism is very stable. Since the blocking member can be flexibly moved in the inner rod, the anti-pinch mechanism can effectively reduce the friction between the parts during the downward pressing and the upward pulling of the mop rod, so that the dehydrating operation is labor-saving and the dehydration effect of the mop is improved.
在本实施例中, 所述的单向传动机构包括: 设于转动套 15底部周边的传动齿 20和设于 传动套内侧底部周边的传动齿 21, 两传动齿设有相配合的啮合面和滑动面, 转动套可相对 传动套上下移动; 转动套自身的重力使两传动齿贴近; 转动套一个方向旋转使两传动齿啮合 面相互抵触时, 形成单向传动; 转动套另一个方向旋转使两传动齿滑动面相互抵触时, 转动 套相对传动套上移而形成空转。 由于转动套可相对传动套上下移动, 使得上述单向传动机构 在形成空转的过程中工作十分可靠。 同时, 单向传动机构的结构也十分简单。  In this embodiment, the one-way transmission mechanism includes: a transmission tooth 20 disposed at a periphery of a bottom portion of the rotating sleeve 15 and a transmission tooth 21 disposed at a periphery of a bottom portion of the inner side of the transmission sleeve, the two transmission teeth being provided with a matching engagement surface and The sliding surface, the rotating sleeve can move up and down relative to the driving sleeve; the gravity of the rotating sleeve itself makes the two driving teeth close; when the rotating sleeve rotates in one direction to make the two driving tooth engaging surfaces interfere with each other, a one-way transmission is formed; When the sliding surfaces of the two transmission teeth interfere with each other, the rotating sleeve moves up relative to the transmission sleeve to form an idle rotation. Since the rotating sleeve can move up and down relative to the driving sleeve, the one-way transmission mechanism is very reliable in the process of forming the idling. At the same time, the structure of the one-way transmission mechanism is also very simple.
在本实施例中,所述的内、外杆间设有锁定机构,锁定机构包括:设于外杆上的卡套 22, 卡套上设有开槽 23, 卡套外设有滑套 24, 滑套的移动压迫卡套的开槽部压紧或松开内杆。 滑套上设有手柄 25, 手柄铰接于卡套上, 滑套上设有用于穿过手柄的开口 26, 上、 下扳动 手柄, 手柄的端部推动滑套开口使滑套下、 上移动。 拖把杆还包括: 与内、 外杆其中之一的 上端相固定的延长杆 27。  In this embodiment, the inner and outer rods are provided with a locking mechanism, and the locking mechanism comprises: a ferrule 22 disposed on the outer rod, the sleeve is provided with a slot 23, and the sleeve is provided with a sliding sleeve 24 The sliding sleeve moves to press the slotted portion of the ferrule to press or loosen the inner rod. The sliding sleeve is provided with a handle 25, the handle is hinged on the ferrule, and the sliding sleeve is provided with an opening 26 for passing through the handle, and the handle is pushed up and down, and the end of the handle pushes the sliding sleeve opening to move the sliding sleeve downward and upward . The mop lever further includes: an extension rod 27 fixed to an upper end of one of the inner and outer rods.
拖把拖地时, 操作上述锁定机构可将内、 外杆锁紧, 防止内、 外杆间滑动。 在拖把清洗 或脱水时, 操作上述锁定机构可将内、 外杆松开, 使清洗或脱水操作更省力。 拖把实施例 2 When the mop is mopped, the above locking mechanism can be locked to lock the inner and outer rods to prevent sliding between the inner and outer rods. When the mop is cleaned or dehydrated, operating the above locking mechanism can loosen the inner and outer rods, making the washing or dehydrating operation more labor-saving. Mop Example 2
图 12、 图 13、 图 14给出了本发明拖把的实施例 2。  Figures 12, 13, and 14 show an embodiment 2 of the mop of the present invention.
在本实施例中,转动套 15中设有与螺旋杆件 14相配合的螺牙 16-2。所述的阻挡套是传 动套 19; 单向传动机构包括: 转动套 15周边设有 4个开槽 28, 开槽中设有滚柱 29或滚球; 转动套一个方向旋转压迫滚柱或滚球与传动套相抵触时,滚柱或滚球与传动套卡死形成单向 传动; 转动套另一个方向旋转压迫滚柱或滚球离开传动套时, 转动套与传动套间形成空转。 上述单向传动机构形成单向传动和空转的工作都十分可靠。 同时, 单向传动机构的结构也十 分简单。 其余与拖把实施例 1相同。  In the present embodiment, the rotating sleeve 15 is provided with a screw 16-2 that cooperates with the auger member 14. The blocking sleeve is a transmission sleeve 19; the one-way transmission mechanism comprises: four slots 28 are arranged around the rotating sleeve 15, and the roller 29 or the ball is arranged in the slot; the rotating sleeve rotates the roller or roller in one direction When the ball and the drive sleeve are in conflict, the roller or the ball is stuck with the drive sleeve to form a one-way transmission; when the rotary sleeve rotates the roller or the ball away from the drive sleeve in another direction, the rotary sleeve and the drive sleeve form an idle rotation. The above-mentioned one-way transmission mechanism is very reliable in forming one-way transmission and idling. At the same time, the structure of the one-way transmission mechanism is also very simple. The rest is the same as the mop embodiment 1.
拖把实施例 3  Mop embodiment 3
图 15、 图 16给出了本发明拖把的实施例 3。  Fig. 15 and Fig. 16 show an embodiment 3 of the mop of the present invention.
在本实施例中,转动套 15中设有与螺旋杆件 14相配合的螺牙 16-2。所述的阻挡套是单 向轴承 30; 单向传动机构是单向轴承, 转动套旋转方向是单向轴承锁死方向时, 转动套与 内杆间形成单向传动; 转动套旋转方向是单向轴承自由转动方向时, 转动套与内杆间形成空 转。单向传动机构采用单向轴承,其比前述单向传动机构可减小传动齿在空转时产生的噪声, 使拖把脱水工作更理想。  In the present embodiment, the rotating sleeve 15 is provided with a screw 16-2 that cooperates with the auger member 14. The blocking sleeve is a one-way bearing 30; the one-way transmission mechanism is a one-way bearing, and when the rotation direction of the rotating sleeve is the one-way bearing locking direction, a one-way transmission is formed between the rotating sleeve and the inner rod; When the bearing is free to rotate, a whirl between the rotating sleeve and the inner rod is formed. The one-way transmission mechanism adopts a one-way bearing, which can reduce the noise generated when the transmission tooth is idling than the one-way transmission mechanism, and the mop dehydration work is more ideal.
结合图 17、 图 8-图 11所示: 本实施例的拖把清洗方法包括以下步骤: 将带擦拭物 10 的拖把头 5置于带水的清洗容器 1中, 并使拖把头 5与清洗容器中的清洗支撑装置相抵触; 驱动拖把头 5绕其中心旋转, 拖把头 5带动擦拭物 10在水中旋转, 擦拭物 10在旋转时向外 张开, 擦拭物上的脏物在旋转的擦拭物、 水和自身离心力的作用下被清洗。 图 17中擦拭物 仅示出两条示意。  17 and 8-11: The mop cleaning method of the present embodiment includes the following steps: placing the mop head 5 with the wipe 10 in the washing container 1 with water, and making the mop head 5 and the cleaning container The cleaning support device is in conflict with each other; the mop head 5 is driven to rotate around its center, the mop head 5 drives the wipe 10 to rotate in the water, the wipe 10 is flared outward when rotated, and the dirt on the wipe is rotated. , water and self-centrifugal force are washed. The wipe in Figure 17 shows only two illustrations.
拖把头 5与清洗支撑装置相抵触时, 清洗支撑装置阻止拖把头压紧擦拭物。 擦拭物 10 在旋转过程中受旋转产生的离心力、水的作用力、拖把头 5的作用力和自身重力的共同作用 下向外张开。  When the mop head 5 is in contact with the cleaning support device, the cleaning support device prevents the mop head from pressing against the wipe. The wipe 10 is opened outward by the centrifugal force generated by the rotation, the force of the water, the force of the mop head 5, and the self-gravity during the rotation.
在本实施例中, 清洗支撑装置包括: 设于清洗容器 1中的支杆 41, 拖把头 5上设有与支 杆相配合的开孔 42; 支杆 41可进入或退出开孔 42。 设于拖把头上的开孔 42是上小下大的 喇叭状。 清洗支撑装置最好支撑于拖把头上的中心位置, 以利于拖把头的旋转。  In the present embodiment, the cleaning support device comprises: a strut 41 disposed in the washing container 1, and the mop head 5 is provided with an opening 42 for cooperating with the strut; the strut 41 can enter or exit the opening 42. The opening 42 provided on the mop head is a trumpet shape that is large and small. Preferably, the cleaning support is supported at a central location on the mop head to facilitate rotation of the mop head.
在本实施例中, 驱动拖把头绕其中心旋转通过以下方法来实现: 拖把头 5铰接于拖把杆 下端, 拖把杆至少包括内杆 12和外杆 13, 内、 外杆间可相对转动, 并通过套接使拖把杆可 作压短和拉长的直线运动, 内、 外杆其中之一的下端与拖把头 5相连; 内、 外杆间设有驱动 机构, 驱动机构将内、 外杆间的直线运动转化为拖把头的旋转运动, 并通过单向传动机构驱 动拖把头单向旋转。 驱动机构包含螺旋杆件 14, 转动套 15中设有与螺旋杆件 14相配合的 螺牙 16-1 或开孔。 将拖把置于清洗支撑装置后, 向下压短拖把杆, 转动套 15被螺旋杆件 14驱动旋转, 并通过单向传动机构形成单向传动, 拖把头 5被驱动旋转; 向上拉长拖把杆, 转动套 15被螺旋杆件 14驱动旋转, 单向传动机构使转动套与内杆间形成空转, 拖把头在惯 性的作用下继续旋转。 再次向下压短拖把杆, 单向传动机构便再次驱动拖把头旋转, 其可增 加拖把头的旋转速度。  In this embodiment, the driving of the mop head about its center is achieved by: the mop head 5 is hinged to the lower end of the mop rod, the mop rod includes at least the inner rod 12 and the outer rod 13, and the inner and outer rods are relatively rotatable, and The mop rod can be made into a short and elongated linear motion by the socket, and the lower end of one of the inner and outer rods is connected with the mop head 5; a driving mechanism is arranged between the inner and outer rods, and the driving mechanism connects the inner and outer rods The linear motion is converted into a rotary motion of the mop head, and the mop head is driven to rotate in one direction by a one-way transmission mechanism. The driving mechanism includes a screw member 14, and the rotating sleeve 15 is provided with a screw 16-1 or an opening that cooperates with the auger member 14. After the mop is placed on the cleaning support device, the mop rod is pressed down, the rotating sleeve 15 is driven to rotate by the auger member 14, and the one-way transmission is formed by the one-way transmission mechanism, and the mop head 5 is driven to rotate; the mop rod is elongated upward The rotating sleeve 15 is driven to rotate by the auger member 14, and the one-way transmission mechanism causes an idle rotation between the rotating sleeve and the inner rod, and the mop head continues to rotate under the action of inertia. Pressing the short mop lever down again, the one-way drive mechanism drives the mop head rotation again, which increases the rotational speed of the mop head.
在本实施例中, 内、 外杆间设有防拉脱机构。 防拉脱机构包括: 螺旋杆件 14通过固定 端 17与外杆 13固定, 螺旋杆件上固定有阻挡件 18, 内杆 12设有阻挡套, 阻挡套是传动套 19。螺旋杆件上的阻挡件 18和固定端 17分别设于传动套 19的两侧, 阻挡件 18可在内杆中 灵活移动。当拖把杆拉长到位时,螺旋杆件上的阻挡件和内杆上的阻挡套、螺旋杆件和外杆、 阻挡套和内杆间的相互作用, 可有效阻止内、 外杆脱离。  In this embodiment, an anti-pinch mechanism is provided between the inner and outer rods. The anti-pinch mechanism comprises: the auger member 14 is fixed to the outer rod 13 through the fixed end 17, the blocking member 18 is fixed on the auger member, and the inner rod 12 is provided with a blocking sleeve, and the blocking sleeve is the transmission sleeve 19. The blocking member 18 and the fixed end 17 on the auger member are respectively disposed on both sides of the driving sleeve 19, and the blocking member 18 can be flexibly moved in the inner rod. When the mop rod is elongated into position, the interaction between the blocking member on the auger member and the blocking sleeve on the inner rod, the auger member and the outer rod, the blocking sleeve and the inner rod can effectively prevent the inner and outer rods from coming off.
在本实施例中, 单向传动机构包括: 设于转动套 15底部周边的传动齿 20和设于传动套 19内侧底部周边的传动齿 21, 两传动齿设有相配合的啮合面和滑动面, 转动套可相对传动 套上下移动; 转动套自身的重力使两传动齿贴近; 转动套一个方向旋转使两传动齿啮合面相 互抵触时, 形成单向传动; 转动套另一个方向旋转使两传动齿滑动面相互抵触时, 转动套相 对传动套上移而形成空转。 由于转动套可相对传动套上下移动, 使得上述单向传动机构在形 成空转的过程中工作十分可靠。 在本实施例中, 清洗容器 1中还设有脱水篮 3。 In this embodiment, the one-way transmission mechanism includes: a transmission tooth 20 disposed at a periphery of a bottom portion of the rotating sleeve 15 and a transmission tooth 21 disposed at a periphery of a bottom portion of the inner side of the transmission sleeve 19, and the two transmission teeth are provided with a matching engagement surface and a sliding surface The rotating sleeve can move up and down relative to the driving sleeve; the gravity of the rotating sleeve itself makes the two driving teeth close; when the rotating sleeve rotates in one direction to make the two driving teeth meshing surfaces interfere with each other, a one-way transmission is formed; the rotating sleeve rotates in another direction to make the two transmissions When the sliding surfaces of the teeth interfere with each other, the sleeve is rotated The drive sleeve is moved up to form a idling. Since the rotating sleeve can move up and down relative to the driving sleeve, the one-way transmission mechanism is very reliable in the process of forming the idling. In the present embodiment, the washing container 1 is further provided with a dewatering basket 3.
在本发明中,拖把的驱动机构、单向传动机构和防拉脱机构也可以采用图 12-图 16所公 开的其它方式来代替。  In the present invention, the mop drive mechanism, the one-way transmission mechanism, and the pull-off prevention mechanism may be replaced by other means disclosed in Figs.
由于本发明的清洗方法采用可转动的拖把头带动擦拭物旋转来进行清洗, 拖把头的转动 带动擦拭物在水中旋转,使擦拭物在离心力的作用下向外张开,其可减小擦拭物对脏物包裹。 同时, 擦拭物带动清洗容器中的水旋转, 旋转的水可对脏物进行有力的冲洗, 使得脏物很容 易在旋转的擦拭物、水和自身离心力的作用下被清洗干净。 由于擦拭物旋转的动力来自固定 擦拭物的拖把头, 其利于擦拭物在离心力的作用下向外张开, 减小擦拭物对脏物包裹。  Since the cleaning method of the present invention uses a rotatable mop head to drive the wiper to rotate, the rotation of the mop head drives the wipe to rotate in the water, so that the wipe is opened outward by the centrifugal force, which can reduce the wipe. Wrap the dirt. At the same time, the wipes drive the water in the cleaning container to rotate, and the rotating water can vigorously flush the dirt, so that the dirt can be easily cleaned by the rotating wipes, water and self-centrifugal force. Since the power of the wipe is rotated from the mop head of the fixed wipe, it facilitates the outward opening of the wipe by the centrifugal force, reducing the wrap to the dirt.
图 18是给出了应用本发明拖把清洗方法的第二种清洗容器。 在本实施例中, 清洗支撑 装置包括: 设于清洗容器 1中的开孔 43, 拖把头上设有与开孔相配合的支杆 44; 支杆可进 入或退出开孔。设于清洗容器中的开孔可以是上大下小的喇叭状。清洗支撑装置采用上述方 法同样可实现对拖把头进行旋转式清洗、 清洗效果理想的目的。  Fig. 18 is a view showing a second cleaning container to which the mop cleaning method of the present invention is applied. In the present embodiment, the cleaning support device comprises: an opening 43 provided in the cleaning container 1. The mop head is provided with a strut 44 which cooperates with the opening; the strut can enter or exit the opening. The opening provided in the cleaning container may be in the shape of a large upper and lower trumpet. The cleaning support device can also achieve the purpose of rotary cleaning and cleaning effect on the mop head by the above method.
图 19是给出了应用本发明拖把清洗方法的第三种清洗容器。 在本实施例中, 清洗支撑 装置是可转动或不可转动的清洗架 45。 当采用可转动的清洗架时, 清洗架绕其支轴转动, 以实现清洗。 当采用不可转动的清洗架时, 拖把头绕清洗架转动, 以实现清洗。 清洗支撑装 置采用清洗架同样可实现本发明的目的。  Fig. 19 is a view showing a third cleaning container to which the mop cleaning method of the present invention is applied. In the present embodiment, the cleaning support device is a rotatable or non-rotatable cleaning frame 45. When a rotatable cleaning rack is used, the cleaning frame is rotated about its fulcrum for cleaning. When a non-rotatable cleaning frame is used, the mop head is rotated around the cleaning frame for cleaning. The cleaning support device can also achieve the object of the present invention by using a cleaning frame.
以上实施例仅是本发明的个案, 各清洗容器与各拖把的实施例可任意搭配组合, 任何根 据本发明精神所作的替换均应理解为未脱离本发明的保护范围。  The above embodiments are merely examples of the present invention, and the embodiments of the cleaning container and each of the mops can be arbitrarily combined, and any substitutions made in accordance with the spirit of the present invention are understood to be without departing from the scope of the present invention.

Claims

权 利 要 求 Rights request
1、 一种拖把桶, 拖把桶中设有清洗部和脱水部, 脱水部中设有可转动的脱水篮, 脱水 篮设于高出桶底的安装座上, 脱水篮在旋转的拖把头带动下旋转, 其特征在于: 所述的清洗 部中设有可转动的清洗架, 清洗架设于清洗部的下部, 清洗架在旋转的拖把头带动下旋转。 1. A mop bucket, a mop bucket having a washing section and a dewatering section, wherein the dewatering section is provided with a rotatable dewatering basket, the dewatering basket is arranged on a mounting seat above the bottom of the bucket, and the dewatering basket is driven by the rotating mop head The lower rotation is characterized in that: the cleaning part is provided with a rotatable cleaning frame, and the cleaning is mounted on the lower part of the cleaning part, and the cleaning frame is rotated by the rotating mop head.
2、 根据权利要求 1所述的拖把桶, 其特征在于: 所述的清洗架中部设有凸起, 拖把头 中部设有与凸起相配合的定位部。  2. The mop bucket according to claim 1, wherein: the middle portion of the cleaning frame is provided with a protrusion, and the middle portion of the mop head is provided with a positioning portion that cooperates with the protrusion.
3、 根据权利要求 1所述的拖把桶, 其特征在于: 所述的清洗部中设有清洗架安装座, 清洗架通过该安装座可拆的安装于清洗部中。  3. The mop bucket according to claim 1, wherein: the cleaning portion is provided with a cleaning rack mounting seat, and the cleaning rack is detachably mounted in the cleaning portion through the mounting seat.
4、 根据权利要求 1所述的拖把桶, 其特征在于: 所述的清洗架在清洗时与拖把头相抵 触, 拖把头上至少部分擦拭物露出或穿出清洗架。  4. The mop bucket according to claim 1, wherein: the cleaning frame is in contact with the mop head during cleaning, and at least a portion of the wiping material on the mop head is exposed or passed out of the cleaning frame.
5、 根据权利要求 1所述的拖把桶, 其特征在于: 所述的清洗架是清洗篮, 拖把头在清 洗时, 拖把头上全部擦拭物置于清洗篮中。  The mop bucket according to claim 1, wherein: the cleaning rack is a washing basket, and when the mop head is cleaned, all the wipes on the mop head are placed in the washing basket.
6、 一种与权利要求 1所述拖把桶配套的拖把, 其特征在于: 拖把杆下端铰接有带擦拭 物的拖把头, 拖把杆至少包括内杆和外杆, 内、 外杆间可相对转动, 并通过套接使拖把杆可 作压短和拉长的直线运动, 内、 外杆其中之一的下端与拖把头相连; 内、 外杆间设有驱动机 构,驱动机构包含螺旋杆件,转动套中设有与螺旋杆件相配合的螺牙或开孔;驱动机构将内、 外杆间的直线运动转化为拖把头的旋转运动,并通过单向传动机构驱动拖把头单向旋转,内、 外杆间设有防拉脱机构。  6. A mop for supporting a mop bucket according to claim 1, wherein: a mop head with a wiper is hinged at a lower end of the mop rod, and the mop rod includes at least an inner rod and an outer rod, and the inner and outer rods are relatively rotatable And the socket rod can be used for short and elongated linear motion, and the lower end of one of the inner and outer rods is connected with the mop head; the inner and outer rods are provided with a driving mechanism, and the driving mechanism comprises a screw rod member. The rotating sleeve is provided with a thread or an opening matched with the screw member; the driving mechanism converts the linear motion between the inner and outer rods into a rotary motion of the mop head, and drives the mop head to rotate in one direction by a one-way transmission mechanism. An anti-pinch mechanism is provided between the inner and outer rods.
7、 根据权利要求 6所述的拖把, 其特征在于: 所述的防拉脱机构包括: 螺旋杆件通过 固定端与外杆固定, 螺旋杆件上设有阻挡件, 内杆设有阻挡套, 螺旋杆件上的阻挡件和固定 端分别设于阻挡套的两侧, 阻挡件可在内杆中灵活移动; 拖把杆拉长到位时, 防拉脱机构阻 止内、 外杆脱离。  The mop according to claim 6, wherein: the anti-pinch mechanism comprises: the auger member is fixed to the outer rod through the fixed end, the auger member is provided with a blocking member, and the inner rod is provided with a blocking sleeve The blocking member and the fixed end on the screw member are respectively disposed on two sides of the blocking sleeve, and the blocking member can be flexibly moved in the inner rod; when the mop rod is elongated in position, the anti-pinch mechanism prevents the inner and outer rods from coming off.
8、 根据权利要求 7所述的拖把, 其特征在于: 所述的阻挡套是传动套; 所述的单向传 动机构包括: 设于转动套底部周边的传动齿和设于传动套内侧底部周边的传动齿, 两传动齿 设有相配合的啮合面和滑动面, 转动套可相对传动套上下移动; 转动套自身的重力使两传动 齿贴近; 转动套一个方向旋转使两传动齿啮合面相互抵触时, 形成单向传动; 转动套另一个 方向旋转使两传动齿滑动面相互抵触时, 转动套相对传动套上移而形成空转。  The mop according to claim 7, wherein: the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: a transmission tooth disposed at a periphery of the bottom of the rotating sleeve and a bottom portion disposed at an inner side of the transmission sleeve The transmission teeth, the two transmission teeth are provided with matching mating surfaces and sliding surfaces, and the rotating sleeve can move up and down relative to the transmission sleeve; the gravity of the rotating sleeve itself brings the two transmission teeth close; the rotating sleeve rotates in one direction to make the two transmission teeth meshing surfaces mutually When it is in contact, a one-way transmission is formed; when the rotating sleeve rotates in another direction to make the sliding surfaces of the two transmission teeth interfere with each other, the rotating sleeve moves up relative to the transmission sleeve to form an idle rotation.
9、 根据权利要求 7所述的拖把, 其特征在于: 所述的阻挡套是传动套; 所述的单向传 动机构包括: 转动套周边设有至少 1个开槽, 开槽中设有滚柱或滚球; 转动套一个方向旋转 压迫滚柱或滚球与传动套相抵触时, 滚柱或滚球与传动套卡死形成单向传动; 转动套另一个 方向旋转压迫滚柱或滚球离开传动套时, 转动套与传动套间形成空转。  The mop according to claim 7, wherein: the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: at least one slot is provided around the rotating sleeve, and the slot is provided in the slot When the rotating sleeve is rotated in one direction and the rolling ball or the ball is in contact with the driving sleeve, the roller or the ball and the driving sleeve are stuck to form a one-way transmission; the rotating sleeve is rotated in the other direction to press the roller or the ball When leaving the drive sleeve, the rotating sleeve and the drive sleeve form an idle rotation.
10、 根据权利要求 7所述的拖把, 其特征在于: 所述的阻挡套是单向轴承; 所述的单向 传动机构是单向轴承, 转动套旋转方向是单向轴承锁死方向时, 转动套与内杆间形成单向传 动; 转动套旋转方向是单向轴承自由转动方向时, 转动套与内杆间形成空转。  The mop according to claim 7, wherein: the blocking sleeve is a one-way bearing; the one-way transmission mechanism is a one-way bearing, and when the rotation direction of the rotating sleeve is a one-way bearing locking direction, A one-way transmission is formed between the rotating sleeve and the inner rod; when the rotating direction of the rotating sleeve is a free direction of the one-way bearing, an idle rotation is formed between the rotating sleeve and the inner rod.
11、 一种拖把清洗方法, 其特征在于: 该方法包括以下步骤:  11. A mop cleaning method, characterized in that: the method comprises the steps of:
将带擦拭物的拖把头置于带水的清洗容器中, 并使拖把头与清洗容器中的清洗支撑装置 相抵触;  Placing the mop head with the wipe in a water-washing container and aligning the mop head with the cleaning support in the cleaning container;
驱动拖把头绕其中心旋转, 拖把头带动擦拭物在水中旋转, 擦拭物在旋转时向外张开, 擦拭物上的脏物在旋转的擦拭物、 水和自身离心力作用下被清洗。  The mop head is driven to rotate about its center, the mop head drives the wipe to rotate in the water, the wipe is opened outward when rotated, and the dirt on the wipe is cleaned by the rotating wipe, water and its own centrifugal force.
12、 根据权利要求 11所述拖把清洗方法, 其特征在于: 所述的拖把头与清洗支撑装置 相抵触时, 清洗支撑装置阻止拖把头压紧擦拭物。  12. The mop cleaning method according to claim 11, wherein: when the mop head is in contact with the cleaning support device, the cleaning support device prevents the mop head from pressing the wiper.
13、 根据权利要求 11所述拖把清洗方法, 其特征在于: 所述的擦拭物在旋转过程中受 旋转产生的离心力、 水的作用力、 拖把头的作用力和自身重力的共同作用下向外张开。  13. The mop cleaning method according to claim 11, wherein: the wiping material is rotated by a centrifugal force generated by the rotation, a force of the water, a force of the mop head, and a self-gravity. Open.
14、 根据权利要求 11所述拖把清洗方法, 其特征在于: 所述的清洗支撑装置包括: 设 于清洗容器中的支杆, 拖把头上设有与支杆相配合的开孔; 支杆可进入或退出开孔。 14. The mop cleaning method according to claim 11, wherein: said cleaning support device comprises: In the struts in the cleaning container, the mop head is provided with an opening corresponding to the struts; the struts can enter or exit the opening.
15、 根据权利要求 11所述拖把清洗方法, 其特征在于: 所述的清洗支撑装置包括: 设 于清洗容器中的开孔, 拖把头上设有与开孔相配合的支杆; 支杆可进入或退出开孔。  The mop cleaning method according to claim 11, wherein: the cleaning support device comprises: an opening provided in the cleaning container, the mop head is provided with a strut matching the opening; the support rod is Enter or exit the opening.
16、 根据权利要求 14或 15所述拖把清洗方法, 其特征在于: 所述的开孔呈喇叭状。 The mop cleaning method according to claim 14 or 15, wherein the opening is in the shape of a trumpet.
17、 根据权利要求 11所述拖把清洗方法, 其特征在于: 所述的清洗支撑装置是可转动 或不可转动的清洗架。 17. The mop cleaning method according to claim 11, wherein: said cleaning support device is a rotatable or non-rotatable cleaning frame.
PCT/CN2011/073503 2010-05-04 2011-04-29 Mop bucket WO2011137730A1 (en)

Priority Applications (4)

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CN201010180843.6A CN101828894B (en) 2010-05-04 2010-05-04 Mop bucket and supporting mop thereof
CN201010180843.6 2010-05-04
CN2010102309401A CN101904728A (en) 2010-07-08 2010-07-08 Mop cleaning method
CN201010230940.1 2010-07-08

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Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2582532Y (en) * 2002-06-14 2003-10-29 陈开明 Centrifugal dewatering mop
EP1890583A1 (en) * 2005-04-26 2008-02-27 Leifheit Ag Device for centrifugally drying a wiping head
CN101518432A (en) * 2009-03-04 2009-09-02 姜浩 Mop rinsing machine and mop rinsed by mop rinsing machine
CN201375497Y (en) * 2009-04-03 2010-01-06 任永旺 Spin-drying mop device
CN201431427Y (en) * 2009-05-13 2010-03-31 拖神国际股份有限公司 Dewatering device of mop
CN201438956U (en) * 2009-06-26 2010-04-21 拖神国际股份有限公司 Tread-free dehydration barrel
CN101933792A (en) * 2010-09-25 2011-01-05 赵一美 Cleaning tool
CN201727470U (en) * 2010-05-04 2011-02-02 赵一美 Mop and mop bucket matching with same
CN201798703U (en) * 2010-05-31 2011-04-20 赵一美 Mop cleaning device

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2582532Y (en) * 2002-06-14 2003-10-29 陈开明 Centrifugal dewatering mop
EP1890583A1 (en) * 2005-04-26 2008-02-27 Leifheit Ag Device for centrifugally drying a wiping head
CN101518432A (en) * 2009-03-04 2009-09-02 姜浩 Mop rinsing machine and mop rinsed by mop rinsing machine
CN201375497Y (en) * 2009-04-03 2010-01-06 任永旺 Spin-drying mop device
CN201431427Y (en) * 2009-05-13 2010-03-31 拖神国际股份有限公司 Dewatering device of mop
CN201438956U (en) * 2009-06-26 2010-04-21 拖神国际股份有限公司 Tread-free dehydration barrel
CN201727470U (en) * 2010-05-04 2011-02-02 赵一美 Mop and mop bucket matching with same
CN201798703U (en) * 2010-05-31 2011-04-20 赵一美 Mop cleaning device
CN101933792A (en) * 2010-09-25 2011-01-05 赵一美 Cleaning tool

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