WO2008046273A1

WO2008046273A1 - Mop washing and dehydrating machine

Info

Publication number: WO2008046273A1
Application number: PCT/CN2007/000184
Authority: WO
Inventors: Huicai Wang
Original assignee: Huicai Wang
Priority date: 2006-10-12
Filing date: 2007-01-18
Publication date: 2008-04-24
Also published as: CN200970210Y

Abstract

A mop washing and dehydrating machine includes a water tank (2), an opening (22) provided on the upper end of the water tank (2), through which the mop (2) is protruded. Wherein an annular washing support (3) is provided rotatablely in the water tank (2). And the inner cavity (32) of the annular washing support and the inner cavity (21) of the water tank (2) is connected with each other. The bottom of the annular washing support (3) is coupled to a motor (5) positioned on the lower the water tank (2) by a driving mechanism. A holding mechanism for fitting the mop vertically is distributed separately on the inner side-wall of the annular washing support (3). A blender (42) is provided in the water tank (2).

Description

拖把清洗脱水机 Mop cleaning and dehydrator

技术领域 Technical field

本发明涉及一种洗涤用具的拖把清洗机，尤其指一种拖把清洗脱水机。背景技术 The present invention relates to a mop cleaning machine for a washing appliance, and more particularly to a mop cleaning and dehydrating machine. Background technique

拖把是家居及办公场所必备的清洁工具，现有拖把使用后多用人工清洗，存在沾污双手、清洗不方便、洁净效果差及洗后拧不干等问题。虽然有些拖把清洗机，可以部分克服上述的缺点，但这些设备大多结构复杂、制作麻烦和实用性较差。现有专利号为 99233169.2名称为《拖把洗涤机》公开了一种结构，包括外壳、排水桶、洗涤桶、驱动机构、控制机构等洗衣机的主要零部件，其特征是在洗涤桶的中心装有固定拖把的转轴，拖把可分为整体式拖把和活动式拖把。使用时可将拖把套在转轴上，即可进行洗涤和脱水，其洗涤效果较好、脱水容易。但其缺点是它只是简单模仿洗衣机功能，即同样存在结构复杂、制作成本高工艺复杂的问题，且该洗涤机每次只能清洗一根拖把，众所周知，拖把对普通家庭来说也至少配备两三把，对大型超市、企业等大面积单位来说其数量就更多，每次要清洗数量较多的拖把就很麻烦，所以使用很不方便且费时、费水和费电，导致造成不必要的经济损失；再有上述洗漆机还必须采用专用拖把，方能进行清洗，否则就难以固定，从而限制了设备的应用范围；还有，上述结构的洗涤桶与排水桶之间是分别通过各自的电机来驱动控制，不仅增加了制作费用，而且，还有可能增加机体的体积及给固定安装带来麻烦；再有，上述结构其洗涤桶与排水桶之间存在较大间隙，不仅增加耗水量，还会成为藏污纳垢之所，因此上述的结构还有待于进一步改进。发明内容 The mop is an essential cleaning tool for home and office. The existing mop is manually cleaned after use, and there are problems such as contaminated hands, inconvenient cleaning, poor cleaning effect, and no screwing after washing. Although some mop cleaning machines can partially overcome the above disadvantages, most of these devices are complicated in structure, troublesome to manufacture, and inferior in practicality. The existing patent number is 99233169.2 entitled "Mop Washer" discloses a structure, including a main part of a washing machine such as a casing, a drain bucket, a washing tub, a driving mechanism, a control mechanism, etc., which is characterized by being installed in the center of the washing tub. To fix the hinge of the mop, the mop can be divided into an integral mop and a movable mop. When used, the mop can be placed on the rotating shaft, that is, it can be washed and dehydrated, and the washing effect is good and the dehydration is easy. However, its shortcoming is that it simply imitates the function of the washing machine, that is, it also has the problems of complicated structure, high production cost and complicated process, and the washing machine can only clean one mop at a time. As is known, the mop is equipped with at least two for ordinary families. Three, for large-scale supermarkets, enterprises and other large-area units, the number is more, it is very troublesome to wash a large number of mops each time, so the use is very inconvenient and time-consuming, water and electricity, resulting in no The necessary economic loss; the above-mentioned washing machine must also use a special mop before it can be cleaned, otherwise it will be difficult to fix, thus limiting the application range of the equipment; and, between the washing tub and the drain tank of the above structure, respectively Driving control by the respective motors not only increases the production cost, but also increases the volume of the body and causes trouble for the fixed installation; further, the above structure has a large gap between the washing tub and the drain tub, not only Increasing water consumption will also become a place for pollution, so the above structure has yet to be further improved. Progress. Summary of the invention

本发明所要解决的第一个技术问题是针对上述现有技术现状而提供一种结构简单、制作成本低且一次能清洗多根拖把的拖把清洗脱水机。 The first technical problem to be solved by the present invention is to provide a mop cleaning and dewatering machine which is simple in structure, low in production cost, and capable of cleaning a plurality of mops at a time, in view of the above-mentioned state of the art.

本发明所要解决的第二个技术问题是针对上述现有技术现状而提供一种设计结构合理、制作成本低、采用单一电机且在清洗与脱水时各自独立进行传动控制且一次能清洗多根拖把的拖把清洗脱水机。 The second technical problem to be solved by the present invention is to provide a reasonable design structure, low manufacturing cost, a single motor, and independent transmission control during cleaning and dehydration, and capable of cleaning multiple mops at a time, in view of the above-mentioned state of the art. The mop cleans the dehydrator.

本发明解决上述第一个技术问题所采用的技术方案为：该拖把清洗脱水机，包括有盛水桶，在盛水桶的上端开有可使拖把伸出的开口，其特征在于所述盛水桶其内设置有可转动的环形洗涤架，该洗涤架的内腔与盛水桶内腔相连通，且洗涤架的底部通过传动装置与位于盛水桶下方的电机相联结而相互联动在一起，在洗涤架的内侧壁上间隔地分布有可竖向固定拖把的夹持机构。 The technical solution adopted by the present invention to solve the above first technical problem is: the mop cleaning and dewatering machine comprises a water tank, and an opening for extending the mop is opened at an upper end of the water tub, characterized in that the water tank is A rotatable annular washing rack is disposed therein, the inner cavity of the washing rack is connected with the inner cavity of the tub, and the bottom of the washing rack is coupled with the motor located under the tub by the transmission device, and is connected to each other in the washing rack On the inner side wall A clamping mechanism that vertically fixes the mop is disposed at intervals.

作为改进，所述夹持机构有数组夹持架组成，且数组夹持架为均勾分布地固定在洗涤架内侧壁的圆周面上，每组夹持架可固定一根拖把；所述数组夹持架可选择为二至十组，每组夹持架有夹持夹和托架组成，所述夹持夹与托架呈上下位置竖向排列，在托架上设置卡槽，在拖把上固定有与托架卡槽相对应的托架卡头；所述夹持夹可为通过开关控制的电磁铁，而在电磁铁相对应位置的拖把上固定有与电磁铁形状相适配的铁套。 As an improvement, the clamping mechanism is composed of an array clamping frame, and the array clamping frame is fixedly distributed on the circumferential surface of the inner side wall of the washing frame, and each group of clamping frames can fix a mop; The clamping frame can be selected from two to ten groups, each of the clamping frames is composed of a clamping clip and a bracket, the clamping clip and the bracket are arranged vertically in an up and down position, and a card slot is arranged on the bracket, in the mop A bracket chuck corresponding to the bracket slot is fixed on the upper; the clamp can be an electromagnet controlled by a switch, and the shape of the electromagnet is fixed on the mop corresponding to the position of the electromagnet. Iron sleeve.

作为进一步改进，所述环形洗涤架可选择呈圆桶形、框架形或镂空形等形状；所述传动装置包括有传动轴和联轴器，传动轴上端穿入环形洗涤架的底部中心而与环形洗涤架相固定，而传动轴的下端通过联轴器与电机的输出轴相连接而相互联动在一起；所述盛水桶其内壁上部还可安装有当红外线被阻断时能及时切断电源的红外线监测装置。 As a further improvement, the annular washing rack may be in the shape of a barrel, a frame or a hollow; the transmission device includes a transmission shaft and a coupling, and the upper end of the transmission shaft penetrates into the bottom center of the annular washing rack and The annular washing frame is fixed, and the lower end of the transmission shaft is coupled with the output shaft of the motor through the coupling to be coupled with each other; the upper portion of the inner wall of the water tank can also be installed with the power supply cut off when the infrared light is blocked. Infrared monitoring device.

本发明解决上述第二个技术问题所采用的技术方案为：该拖把清洗脱水机，包括有盛水桶，在盛水桶的上端开有可使拖把伸出的开口，其特征在于所述盛水桶其内设置有可转动的环形洗涤架，该洗涤架的内腔与盛水桶内腔相连通，且洗涤架的底部中. 心位置与可转动的传动轴上端相固定，而传动轴的下端与位于盛水桶下方的离合器相联结，在传动轴内套装有可相对于传动轴独立转动的搅拌轴，搅拌轴的上端套装有搅拌器，而搅拌轴的下端亦与离合器相联结，且所述离合器通过传动机构与电机相联结，在洗涤架的内侧壁上间隔地分布有可竖向固定拖把的夹持机构。 The technical solution adopted by the present invention to solve the above second technical problem is as follows: the mop cleaning and dewatering machine comprises a water tank, and an opening for extending the mop is opened at an upper end of the water tub, characterized in that the water tank is A rotatable annular washing rack is disposed therein, the inner cavity of the washing rack is in communication with the inner cavity of the tub, and the center of the bottom of the washing rack is fixed with the upper end of the rotatable transmission shaft, and the lower end of the transmission shaft is located The clutch under the tub is coupled, and a stirring shaft that can rotate independently with respect to the driving shaft is set in the driving shaft, the upper end of the stirring shaft is provided with a stirrer, and the lower end of the stirring shaft is also coupled with the clutch, and the clutch passes The transmission mechanism is coupled to the motor, and a clamping mechanism for vertically fixing the mop is disposed at intervals on the inner side wall of the washing frame.

作为改进，所述夹持机构可有二至十组夹持架组成，且二至十组夹持架为均匀分布地固定在洗涤架内侧壁的圆周面上，每组夹持架有夹持夹和托架组成，所述夹持夹与托架呈上下位置竖向排列，在托架上设置卡槽，而在拖把上固定有与托架卡槽相对应的托架卡头。 As an improvement, the clamping mechanism may have two to ten sets of clamping frames, and two to ten sets of clamping frames are uniformly distributed on the circumferential surface of the inner side wall of the washing frame, and each set of clamping frames is clamped. The clip and the bracket are composed of the clip and the bracket are vertically arranged in an up-and-down position, a card slot is arranged on the bracket, and a bracket chuck corresponding to the bracket slot is fixed on the mop.

上述传动机构包括有传动带、传动轮和转动轴，所述转动轴一端与离合器相联结与转动轴的另一端与传动轮相固定，传动轮通过传动带与固定于电机输出轴上的转轮相联结而联动在一起。 The transmission mechanism includes a transmission belt, a transmission wheel and a rotating shaft. One end of the rotating shaft is coupled with the clutch and the other end of the rotating shaft is fixed to the driving wheel. The transmission wheel is coupled to the rotating wheel fixed on the output shaft of the motor through the transmission belt. And linked together.

与现有技术相比，本发明的优点在于本拖把清洗脱水机，因采用在盛水桶中设置有可转动的环形洗涤架，在环形洗涤架的内侧分布有多把拖把夹持机构，可以使拖把沿环形洗涤架内缘的周向排布固定，釆用这种结构首先是，结构简单零件少，如省去不必要电机，部件之间相互配合牢固、制造工艺容易，制作成本低；其次是，本发明能同时清洗多根拖把，给清洗工作带去极大的方便，且环形洗涤架维护方便，更换部件灵活性强，桶内空间利用充分，离心脱水效果提升，易于机体保洁，且节水、节电又节时，而且可以根据不同的托架和夹持夹能方便设计成适用于家庭、超市和企业等场所的款式，有效地提高了产品的应用范围；接着是，本设计可洗涤不同种类的拖把，只要在拖把杆上套装上铁套和托架卡头，即能将拖把固定于各自对应的电磁铁和托架卡槽中，操作十分方便，而且本拖把清洗脱水机的盛水桶上方为开口，能方便地添加洗衣粉、杀菌剂等洗涤剂，从而能充分去除污垢并达到半干或全干的脱水效果，使用十分方便，而且清洗的效果佳；还有是，本设计的清洗脱水机，有多个注水口，能方便地接受洗衣机或雨水等来源的废水，供清洗拖把之用，有效地节约了水资源；再次是，本发明的第二种方案在满足第一种实施方案的效果外，在环形洗涤架的内腔中，增加了一个搅拌器，且该搅拌器与环形洗涤架各自与离合器相联结，再由离合器与电机相连接，用一个电机即能使搅拌器与环形洗、涤架分别操作，设计结构合理，构思巧妙，进一步为满足消费选择拖把清洗机的款式而提供机会，因此本发明是一种非常实用的产品，值得推广应用。附图说明 Compared with the prior art, the present invention has the advantages that the mop cleaning and dewatering machine has a plurality of mop clamping mechanisms disposed on the inner side of the annular washing rack by using a rotatable annular washing rack provided in the tub. The mop is arranged along the circumferential direction of the inner edge of the annular washing frame. Firstly, the structure is simple, the parts are few, such as eliminating unnecessary motors, the components are firmly matched, the manufacturing process is easy, and the manufacturing cost is low; Yes, the invention can clean a plurality of mops at the same time, which brings great convenience to the cleaning work, and the annular washing rack is convenient to maintain, the replacement parts are flexible, the space inside the barrel is fully utilized, the centrifugal dewatering effect is improved, and the body is easy to be cleaned, and Water saving, energy saving and time saving, and can be conveniently designed according to different brackets and clamping clips for homes, supermarkets and enterprises, effectively improving the application range of the product; Can wash different kinds of trailers As long as the iron sleeve and the bracket chuck are set on the mop rod, the mop can be fixed in the corresponding electromagnet and the bracket card slot, and the operation is very convenient, and the top of the bucket of the mop cleaning and dewatering machine is The opening can conveniently add detergent such as washing powder and sterilizing agent, thereby fully removing the dirt and achieving the semi-dry or dry-drying dehydration effect, and the use is very convenient, and the cleaning effect is good; and, the design is dewatering and dehydrating. Machine, with multiple water inlets, can easily accept waste water from washing machine or rainwater for cleaning mop, effectively saving water resources; again, the second scheme of the present invention satisfies the first embodiment In addition, in the inner cavity of the annular washing rack, an agitator is added, and the agitator and the annular washing frame are respectively coupled with the clutch, and then the clutch is connected with the motor, and the motor can be used to make the agitator The ring washing and polyester racks are operated separately, the design structure is reasonable, and the concept is ingenious, further providing opportunities to meet the consumption choice of the mop cleaning machine. Thus, the present invention is a very useful product, should be widely applied. DRAWINGS

图 1为本发明实施例的结构剖视图； Figure 1 is a cross-sectional view showing the structure of an embodiment of the present invention;

图 2是图 1中 A-A线的剖视图； Figure 2 is a cross-sectional view taken along line A-A of Figure 1;

图 3是图 1中环形洗涤架的立体图； Figure 3 is a perspective view of the annular washing rack of Figure 1;

图 4是图 1中夹持夹电磁铁的立体图； Figure 4 is a perspective view of the clamping clip electromagnet of Figure 1;

图 5是图 1中电磁铁与环形洗涤架通过弹簧配合在一起的结构图； Figure 5 is a structural view of the electromagnet and the annular washing frame of Figure 1 being spring-fitted together;

图 6是图 1中拖把上铁套通过螺钉与拖把固定的结构图； Figure 6 is a structural view of the iron sleeve of the mop fixed by the screw and the mop in Figure 1;

图 7是图 1中托架卡头的立体图； Figure 7 is a perspective view of the bracket chuck of Figure 1;

图 8是图 1中托架的局部示意图； Figure 8 is a partial schematic view of the bracket of Figure 1;

图 9是本发明的另一种技术方案的结构剖视图； Figure 9 is a cross-sectional view showing the structure of another technical solution of the present invention;

图 10是图 9中搅拌器的立体图。具体实施方式 Figure 10 is a perspective view of the agitator of Figure 9. detailed description

以下结合附图实施例对本发明作详细描述。 The present invention will be described in detail below with reference to the accompanying drawings.

方案一，如图 1至图 8所示，本实施例的拖把清洗脱水机，包括有盛水桶 2，在盛水桶 2的上端开有可使拖把 7伸出的开口 22，见图 1所示。在盛水桶 2其内设置有可转动的环形洗涤架 3, 该环形洗涤架 3的内腔 32与盛水桶内腔 21相连通，且环形洗涤架 3的底部 31通过传动装置与位于盛水桶 2下方的电机 5相联结而相互联动在一起，在环形洗涤架 3 的内侧壁上间隔地分布有可竖向固定拖把 7的夹持机构。所述夹持机构为四组夹持架组成，这些夹持架以均匀地分布固定在环形洗涤架 3内侧壁的圆周面上。每组夹持架有夹持夹 9和托架 8组成，夹持夹 9位于托架 8的正上方，在托架 8上设置卡槽 81 , 在拖把 7上固定有与托架卡槽 81相对应的托架卡头 72。夹持夹 9为电磁铁，见图 1、图 3、图 4和图 5 所示，该电磁铁通过开关控制，而在电磁铁相对应位置的拖把 7上固定有与电磁铁形状相适配的铁套 71。所述环形洗涤架 3呈圆桶形，见图 3所示。当然也可以设计成框架形或镂空等结构形状；托架 8也可以位于夹持夹 9的正上方。所述传动装置包括有传动轴 4 和联轴器 4a，见图 1所示，传动轴 4上端穿入环形洗涤架 3的底部 31中心而与环形洗涤架 3相固定，而传动轴 4的下端通过联轴器 4a与电机 5的输出轴相连接而相互联动在一起。 As shown in FIG. 1 to FIG. 8 , the mop cleaning and dewatering machine of the present embodiment includes a tub 2, and an opening 22 for extending the mop 7 is opened at the upper end of the tub 2, as shown in FIG. . A rotatable annular washing rack 3 is disposed in the tub 2, the inner chamber 32 of the annular washing rack 3 communicates with the tub interior 21, and the bottom 31 of the annular washing rack 3 passes through the transmission device and is located in the tub 2 The lower motor 5 is coupled to each other in linkage with each other, and a clamping mechanism for vertically fixing the mop 7 is intermittently distributed on the inner side wall of the annular washing frame 3. The clamping mechanism is composed of four sets of clamping frames which are evenly distributed and fixed on the circumferential surface of the inner side wall of the annular washing frame 3. Each of the clamping frames is composed of a clamping clip 9 and a bracket 8. The clamping clip 9 is located directly above the bracket 8. A bracket 81 is disposed on the bracket 8, and a bracket slot 81 is fixed on the mop 7. Corresponding bracket chuck 72. The clamping clip 9 is an electromagnet, as shown in Fig. 1, Fig. 3, Fig. 4 and Fig. 5, the electromagnet is controlled by a switch, and the shape of the electromagnet is fixed on the mop 7 corresponding to the electromagnet. A matching iron sleeve 71. The annular washing rack 3 has a barrel shape, as shown in FIG. Of course, it is also possible to design a structural shape such as a frame shape or a hollow shape; the bracket 8 can also be located directly above the clamping clip 9. The transmission device includes a transmission shaft 4 and a coupling 4a. As shown in FIG. 1, the upper end of the transmission shaft 4 penetrates into the center of the bottom portion 31 of the annular washing frame 3 to be fixed to the annular washing frame 3, and the lower end of the transmission shaft 4 The couplings 4a are coupled to the output shaft of the motor 5 to be coupled to each other.

方案二，如图 9和图 10所示，是本发明的另一种技述方案的拖把清洗脱水机，包括有盛水桶 2，在盛水桶 2的上端开有可使拖把伸出的开口，见图 9所示，所述盛水桶 2其内设置有可转动的环形洗涤架 3，该环形洗涤架 3的内腔 32与盛水桶内腔 21相连通，且环形洗涤架 3的底部中心位置与可转动的传动轴 4上端相固定，而传动轴 4的下端与位于盛水桶 2下方的离合器 50相联结，见图 9所示，在传动轴 4内套装有可相对于传动轴 4独立转动的搅拌轴 41，搅拌轴 41的上端套装有搅拌器 42，见图 9和图 10所示，而搅拌轴 41 的下端亦与离合器 50相联结，且所述离合器 50通过传动机构与电机 5相联结，在环形洗涤架 3的内侧壁上间隔地分布有可竖向固定拖把 7的夹持机构。所述夹持机构与实施例一相同，可参照上述内容，在这里就不再重复。所述传动机构包括有传动带 52、传动轮 51和转动轴 40，所述转动轴 40—端与离合器 50相联结，另一端与传动轮 51相固定，传动轮 51通过传动带 52与固定于电机 5输出轴上的转轮 53相联结而联动在一起。以下结合附图实施例对本发明作进一步详细描述。 As shown in FIG. 9 and FIG. 10, the mop cleaning and dewatering machine of another technical solution of the present invention includes a water tub 2, and an opening for the mop to extend at the upper end of the tub 2 is provided. As shown in FIG. 9, the tub 2 is provided with a rotatable annular washing rack 3, and the inner cavity 32 of the annular washing rack 3 communicates with the tub interior 21, and the bottom center position of the annular washing rack 3 The upper end of the drive shaft 4 is fixed, and the lower end of the drive shaft 4 is coupled with a clutch 50 located below the tub 2, as shown in FIG. 9, and the drive shaft 4 is set to rotate independently with respect to the drive shaft 4. The agitating shaft 41, the upper end of the agitating shaft 41 is provided with an agitator 42, as shown in Figs. 9 and 10, and the lower end of the agitating shaft 41 is also coupled with the clutch 50, and the clutch 50 is coupled to the motor 5 through a transmission mechanism. In connection, a clamping mechanism for vertically fixing the mop 7 is distributed at intervals on the inner side wall of the annular washing frame 3. The clamping mechanism is the same as that of the first embodiment, and can be referred to the above, and will not be repeated here. The transmission mechanism includes a transmission belt 52, a transmission wheel 51 and a rotating shaft 40. The rotating shaft 40-end is coupled with the clutch 50, and the other end is fixed to the transmission wheel 51. The transmission wheel 51 is fixed to the motor 5 through the transmission belt 52. The runners 53 on the output shaft are coupled and coupled together. The invention will be further described in detail below with reference to the embodiments of the drawings.

如图 1所示，本拖把清洗脱水机包括有机体 1，所述盛水桶 2置于机体 1内，在盛水桶 2底部开有排水孔 23，在盛水桶 2上部的侧面上设置有可放入拖把 7的门 11，见图 1、图 2和图 9所示，并在盛水桶 2上设置有与雨水池或洗衣机排水管相连接的二次水源接头 12和直接与自来水管相连接的进水接头 13, 见图 1和图 9所示。盛水桶 2内侧上部周缘安装有红外幕帘及红外测试装置，可以在红外线被阻断时及时切断电源。 As shown in FIG. 1 , the mop cleaning and dehydrating machine includes an organism 1 , and the tub 2 is placed in the body 1 , and a drain hole 23 is opened at the bottom of the tub 2 , and a side can be placed on the side of the upper portion of the tub 2 . The door 11 of the mop 7 is shown in Fig. 1, Fig. 2 and Fig. 9, and the secondary water source connector 12 connected to the rainwater tank or the washing machine drain pipe and the direct connection with the water pipe are provided on the tub 2. The water joint 13, as shown in Figures 1 and 9. In the upper part of the inner side of the bucket 2, an infrared curtain and an infrared test device are installed to cut off the power in time when the infrared rays are blocked.

在电磁铁 9与环形洗涤架 3之间用弹簧 91相互连接，使其能适应拖把 7的形状变化等而使电磁铁 9与铁套 71紧密贴合。卡槽 81与预先固定于拖把 7上的托架卡头 72相对应相卡接而将拖把 7承托于环形洗涤架 3上。环形洗涤架 3为镂空状，整体呈桶体状结构，在环形洗涤架 3侧壁的上下分别开有四个流水腔 33和四个流水孔 34，使环形洗涤架 3的内腔 32与盛水桶内腔 21之间的水自由流动。所述电机 1、盛水桶 2底部等部件固定安装在隔板 6上，见图 1和图 9所示，隔板 6与盛水桶 2固定联结。当然也可以与机器底座等固定联结，可根据需要而定。 The electromagnet 9 and the annular washing frame 3 are connected to each other by a spring 91 so as to be adapted to the shape change of the mop 7, etc., so that the electromagnet 9 and the iron sleeve 71 are closely fitted. The card slot 81 is engaged with the carriage chuck 72 previously fixed to the mop 7, and the mop 7 is supported on the ring-shaped washing frame 3. The annular washing rack 3 has a hollow shape and has a barrel-like structure as a whole. Four water flowing chambers 33 and four water flowing holes 34 are respectively opened on the upper and lower sides of the side wall of the annular washing rack 3, so that the inner cavity 32 of the annular washing rack 3 is filled with The water between the bucket chambers 21 is free to flow. The motor 1, the bottom of the tub 2 and the like are fixedly mounted on the partition 6, as shown in Figs. 1 and 9, and the partition 6 is fixedly coupled to the tub 2. Of course, it can also be fixedly connected to the machine base, etc., depending on the needs.

见图 1和图 9的剖面结构图，是机体 1与盛水桶 2之间采用悬挂结构，将盛水桶 2上悬吊于一机体 1内。具体结构是：机体 1四角及盛水桶 2下缘外部各布设吊杆 14孔，以多根吊杆 14组件 (一般是四根)将盛水桶 2悬吊于机体 1内，而电机 1及传动装置等部件安装在与盛水桶 2底部固结的一个隔板 6上。吊杆 14下端与盛水桶 2下部四角上的吊杆板 24相连接，在连接处设有避震弹簧 25，以吸收震动能量。上下吊杆 14孔外侧均有半球形垫圈 26，以适应盛水桶 2震动时发生的位移。当然，上述机体 1可以不采用吊杆 14与盛水桶 2 相固定，而将盛水桶 2、机体 1合二为一，同时釆用现有的方式来实现减震目的。 Referring to the cross-sectional structural views of FIG. 1 and FIG. 9, a suspension structure is adopted between the body 1 and the tub 2, and the tub 2 is suspended in a body 1. The specific structure is as follows: 14 holes of the boom are arranged at the four corners of the body 1 and the lower edge of the water tank 2, and the water bucket 2 is suspended in the body 1 by a plurality of hangers 14 (generally four), and the motor 1 and the transmission A device or the like is mounted on a partition 6 which is consolidated with the bottom of the tub 2. The lower end of the boom 14 is connected to the boom plate 24 at the lower corners of the tub 2, and a shock absorber spring 25 is provided at the joint to absorb the vibration energy. Hemispherical washers on the outside of the 14 holes of the upper and lower booms 26, to adapt to the displacement occurred when the bucket 2 vibrates. Of course, the above-mentioned body 1 can be fixed to the tub 2 without using the boom 14, and the bucket 2 and the body 1 can be combined into one, and the existing method can be used to achieve the purpose of damping.

如图 9所示，传动轴 4以同轴心将搅拌轴 41套装在一起里面，搅拌轴 41可相对于传动轴 4独立转动。所述搅拌轴 41上端伸入盛水桶 2底部内侧，与搅拌器 42套装而固定在一起，下端伸入盛水桶 2底部的下方与位于盛水桶 2底部下方的离合器 50相联结，该离合器 50分别与搅拌轴 41和传动轴 4传递扭矩。而离合器 50依靠传动皮带 52与电机 5联动。环形洗涤架 3与传动轴 4固定联结。在洗涤时，搅拌器 42低速运转而环形洗涤架 3静止，当清洗后，由传动轴 4带动环形洗漆架 3高速运转，将拖把布甩干。 As shown in Fig. 9, the drive shaft 4 is fitted with the agitating shaft 41 in a concentric manner, and the agitating shaft 41 is independently rotatable relative to the transmission shaft 4. The upper end of the agitating shaft 41 extends into the inner side of the bottom of the tub 2, is fixed with the agitator 42, and the lower end extends into the lower portion of the bottom of the tub 2 to be coupled with a clutch 50 located below the bottom of the tub 2, respectively. The torque is transmitted with the agitating shaft 41 and the propeller shaft 4. The clutch 50 is coupled to the motor 5 by means of a drive belt 52. The annular wash frame 3 is fixedly coupled to the drive shaft 4. During washing, the agitator 42 is operated at a low speed and the annular washing frame 3 is stopped. After the cleaning, the ring-shaped paint rack 3 is driven by the drive shaft 4 at a high speed to dry the mop cloth.

在盛水桶 2的下部安装有支承轴承 61和轴承 62, 用于支撑传动轴 4，支承轴承 62上部安装有水封套 63。在盛水桶 2上部设置有水源流入的接头。当然也可以不需要接头，直接从盛水桶上部的开口 22灌水。使用时，将拖把 7搁置于盛水桶 2内的托架 8上，并将拖把 7上的铁套 71与电磁铁 9贴拢吸合，从而将拖把 7固定在环形洗涤架 3上，放入适量水之后，接通电源启动电机 5，带动传动轴 4运转，进而驱动环形洗漆架 3转动。调节电机 5转速即可获得不同的环形洗涤架 3运转速度。环形洗涤架 3上的拖把 7在盛水桶 2内的水体中慢速搅动而起到了漂洗作用，当漂洗结束后，接通电路启动电磁阀将污水排出，电机 5随即驱动环形洗涤架 3髙速运转，依靠离心力将拖把布上的污渍及水分甩出。 ^艮据出水量及出水时间的观察，或者设定不同的脱水时间，即可根据需要控制拖把的最终含水量。关闭电源后，打开拖把清洗脱水机的门 11，并揿下控制电磁铁 9的电源开关，电磁铁 9自动松开拖把 7，即可取下拖把 7。此种结构能将不同的拖把杆形状和尺寸的拖把 7固定于环形洗涤架 3上。拖把 7杆上的铁质铁套 71与拖把杆之间通过螺钉 71a将铁套 71预先紧固在拖把杆上，以方便地将拖把 7悬挂于托架 8上。当然夹持架也可以采用别的结构，具体可以根据需要而定。 A support bearing 61 and a bearing 62 for supporting the transmission shaft 4 are mounted on the lower portion of the tub 2, and a water jacket 63 is attached to the upper portion of the support bearing 62. A joint into which the water source flows is provided in the upper portion of the tub 2. It is of course also possible to dispense water directly from the opening 22 in the upper part of the tub without the need for a joint. In use, the mop 7 is placed on the bracket 8 in the tub 2, and the iron sleeve 71 on the mop 7 is brought into close contact with the electromagnet 9, so that the mop 7 is fixed on the annular washing rack 3, and placed. After the appropriate amount of water, the power is turned on to start the motor 5, and the drive shaft 4 is driven to drive the annular paint rack 3 to rotate. Adjust the speed of the motor 5 to obtain different running speeds of the ring washing rack 3. The mop 7 on the annular washing rack 3 is slowly agitated in the water body in the tub 2 to play a rinsing role. When the rinsing is finished, the circuit is started to activate the solenoid valve to discharge the sewage, and the motor 5 then drives the annular washing rack 3 to idle. Operation, relying on centrifugal force to remove the stains and moisture from the mop cloth. ^ According to the observation of the amount of water and the time of water discharge, or set different dehydration time, you can control the final water content of the mop as needed. After turning off the power, open the mop to clean the door 11 of the dehydrator and push down the power switch of the control solenoid 9. The electromagnet 9 automatically releases the mop 7, and the mop 7 can be removed. This structure can fix the mop 7 of different mop bar shapes and sizes to the annular washing frame 3. The iron sleeve 71 on the 7-bar and the mop lever are fastened to the mop lever by screws 71a to temporarily suspend the mop 7 from the bracket 8. Of course, the holder can also adopt other structures, which can be determined as needed.

在安装了搅拌器 42的第二技术方案中，洗漆工况时，离合器 50驱动搅拌轴 41，而传动轴 4没有联动；环形洗涤架 3处于静止状态，搅拌轴 41及搅拌器 42运转。搅拌器 42 的凸缘 42a与拖把布接触，产生摩擦和揉搓效果，使得拖把布挤出污渍；搅拌器 42与凸缘 42a—起在盛水桶 2内产生翻滚水流，冲击固定于环形洗涤架 3上的拖把 7，当拖把 7在水流冲击、摩擦等作用下，拖把 7上附着的污渍得以剥离进入水体。漂洗结束后，进入脱水状态。脱水工作时，离合器 50驱动传动轴 4运转，环形洗涤架 3绕传动轴 4的轴线髙速转动，依靠离心力去除拖把布上的污渍及水分。 In the second embodiment in which the agitator 42 is installed, in the case of the washing operation, the clutch 50 drives the agitating shaft 41, and the drive shaft 4 is not interlocked; the annular washing frame 3 is in a stationary state, and the agitating shaft 41 and the agitator 42 are operated. The flange 42a of the agitator 42 is in contact with the mop cloth to produce a rubbing and rubbing effect, so that the mop cloth is squeezed out of the stain; the agitator 42 and the flange 42a together generate a tumbling water flow in the tub 2, and the impact is fixed to the annular washing rack 3 On the mop 7, when the mop 7 is under the action of water flow impact, friction, etc., the stain attached to the mop 7 can be peeled off into the water body. After the rinse is over, it enters the dehydrated state. During the dehydration operation, the clutch 50 drives the drive shaft 4 to operate, and the annular wash frame 3 rotates idly about the axis of the drive shaft 4, and relies on centrifugal force to remove the stain and moisture on the mop cloth.

Claims

权利要求 Rights request

1、一种拖把清洗脱水机，包括有盛水桶 (2), 在盛水桶 (2)的上端开有可使拖把 (7) 伸出的开口 (22)，其特征在于所述盛水桶 (2)其内设置有可转动的环形洗涤架 (3)，该环形洗涤架 (3)的内腔 (32)与盛水桶内腔 (21)相连通，且环形洗涤架 (3)的底部 (31)通过传动装置与位于盛水桶 (2)下方的电机 (5)相联结而相互联动在一起，在环形洗涤架 (3)的内侧壁上间隔地分布有可竖向固定拖把 (7)的夹持机构。 A mop cleaning and dewatering machine comprising a water tank (2), at an upper end of the tub (2) having an opening (22) for extending the mop (7), characterized in that the tub (2) Having a rotatable annular wash rack (3) therein, the inner chamber (32) of the annular wash rack (3) is in communication with the tub interior (21), and the bottom of the annular wash rack (3) (31) ) being coupled to each other by a transmission device coupled to a motor (5) located below the tub (2), and a clip for vertically fixing the mop (7) is spaced apart on the inner side wall of the annular washing rack (3) Holding institutions.

2、根据权利要求 1所述的拖把清洗脱水机，其特征在于所述夹持机构有数组夹持架组成，且数组夹持架为均匀分布地固定在环形洗涤架 (3)内侧壁的圆周面上。 2. The mop cleaning and dewatering machine according to claim 1, wherein the clamping mechanism comprises an array holder, and the array holder is uniformly distributed on the circumference of the inner side wall of the annular washing frame (3). On the surface.

3、根据权利要求 2所述的拖把清洗脱水机，其特征在于所述数组夹持架为二至十组，每组夹持架有夹持夹 (9)和托架 (8)组成，所述夹持夹 (9)与托架 (8)呈上下位置竖向排列，在托架 (8)上设置卡槽 (81)，在拖把 (7)上固定有与托架卡槽 (81)相对应的托架卡头 (72)。 3. The mop cleaning and dewatering machine according to claim 2, wherein the array holder is two to ten sets, and each set of holders is composed of a clamping clip (9) and a bracket (8). The clamping clip (9) and the bracket (8) are vertically arranged in an up and down position, a card slot (81) is arranged on the bracket (8), and a bracket slot (81) is fixed on the mop (7). Corresponding bracket chuck (72).

4、根据权利要求 3所述的拖把清洗脱水机，其特征在于所述夹持夹 (9)为通过开关控制的电磁铁，而在电磁铁相对应位置的拖把 (7)上固定有与电磁铁形状相适配的铁套 (71)。 4. The mop cleaning and dewatering machine according to claim 3, wherein the holding clip (9) is an electromagnet controlled by a switch, and the mop (7) at a corresponding position of the electromagnet is fixed with an electromagnetic An iron sleeve (71) with an iron shape.

5、根据权利要求 1至 4中任一权利要求所述的拖把清洗脱水机，其特征在于所述环形洗漆架 (3)呈圆桶形、框架形或镂空结构形。 A mop cleaning and dewatering machine according to any one of claims 1 to 4, characterized in that the annular paint rack (3) has a barrel shape, a frame shape or a hollow structure.

6、根据权利要求 1至 4中任一权利要求所述的拖把清洗脱水机，其特征在于所述传动装置包括有传动轴 (4)和联轴器 (4a)，传动轴 (4)上端穿入环形洗涤架 (3)的底部 (31)中心而与环形洗涤架 (3)相固定，而传动轴 (4)的下端通过联轴器 (4a)与电机 (5)的输出轴相连接而相互联动在一起。 The mop cleaning and dewatering machine according to any one of claims 1 to 4, characterized in that the transmission device comprises a transmission shaft (4) and a coupling (4a), and the upper end of the transmission shaft (4) is worn. The center of the bottom (31) of the annular washing frame (3) is fixed to the annular washing frame (3), and the lower end of the driving shaft (4) is connected to the output shaft of the motor (5) through the coupling (4a). Linked together.

7、根据权利要求 1至 4中任一权利要求所述的拖把清洗脱水机，其特征在于所述盛水桶 (2)其内壁上部安装有当红外线被阻断时能及时切断电源的红外线监测装置。 The mop cleaning and dewatering machine according to any one of claims 1 to 4, characterized in that the upper portion of the inner wall of the tub (2) is provided with an infrared detecting device capable of cutting off the power source when the infrared rays are blocked. .

8、一种拖把清洗脱水机，包括有盛水桶 (2)，在盛水桶 (2)的上端开有可使拖把 (7) 伸出的开口 (22)，其特征在于所述盛水桶 (2)其内设置有可转动的环形洗涤架 (3)，该环形洗涤架 (3)的内腔 (32)与盛水桶内腔 (21)相连通，且环形洗漆架 (3)的底部中心位置与可转动的传动轴 (4)上端相固定，而传动轴 (4)的下端与位于盛水桶 (2)下方的离合器 (50)相联结，在传动轴 (4)内套装有可相对于传动轴 (4)独立转动的搅拌轴 (41)，搅拌轴 (41)的上端套装有搅拌器 (42)，而搅拌轴 (41)的下端亦与离合器 (50)相联结，且所述离合器 (50)通过传动机构与电机 (5)相联结，在环形洗漆架 (3)的内侧壁上间隔地分布有可竖向固定拖把 (7)的夹持机构。 8. A mop cleaning and dewatering machine comprising a water tub (2), at an upper end of the tub (2) having an opening (22) for extending the mop (7), characterized in that the tub (2) Having a rotatable annular wash rack (3) therein, the inner chamber (32) of the annular wash rack (3) is in communication with the tub interior (21), and the bottom center of the annular wash rack (3) The position is fixed to the upper end of the rotatable drive shaft (4), and the lower end of the drive shaft (4) is coupled to the clutch (50) located below the tub (2), and the drive shaft (4) is set to be opposite to the drive shaft (4) The transmission shaft (4) independently rotates the agitating shaft (41), the upper end of the agitating shaft (41) is provided with a stirrer (42), and the lower end of the agitating shaft (41) is also coupled with the clutch (50), and the clutch (50) A transmission mechanism is coupled to the motor (5), and a clamping mechanism for vertically fixing the mop (7) is distributed on the inner side wall of the annular paint rack (3).

9、根据权利要求 8所述的拖把清洗脱水机，其特征在于所述夹持机构有二至十组夹持架组成，且二至十组夹持架为均勾分布地固定在环形冼涤架内侧壁的圆周面上，每组夹持架有夹持夹 (9)和托架 (8)组成，所述夹持夹 (9)与托架 (8)呈上下位置竖向排列，在托架 (8)上设置卡槽 (81)，而在拖把 (7)上固定有与托架卡槽 (81)相对应的托架卡头 (72)。 9. The mop cleaning and dewatering machine according to claim 8, wherein the clamping mechanism comprises two to ten sets of clamping frames, and the two to ten sets of clamping frames are fixedly attached to the annular cleaning. On the circumferential surface of the inner side wall of the frame, Each set of clamping frame is composed of a clamping clip (9) and a bracket (8), the clamping clip (9) and the bracket (8) are vertically arranged in an up and down position, and a card is arranged on the bracket (8). A groove (81) is attached to the mop (7) with a bracket chuck (72) corresponding to the bracket slot (81).

10、根据权利要求 8或 9所述的拖把清洗脱水机，其特征在于所述传动机构包括有传动带 (52)、传动轮 (51)和转动轴 (40)，所述转动轴 (40)—端与离合器 (50)相联结与转动轴 (40)的另一端与传动轮 (51)相固定，传动轮 (51)通过传动带 (52)与固定于电机 (5)输出轴上的转轮 (53)相联结而联动在一起。 10. The mop cleaning and dewatering machine according to claim 8 or 9, wherein the transmission mechanism comprises a transmission belt (52), a transmission wheel (51) and a rotating shaft (40), and the rotating shaft (40) - The end is coupled to the clutch (50) and the other end of the rotating shaft (40) is fixed to the transmission wheel (51), and the transmission wheel (51) passes through the transmission belt (52) and the rotating wheel fixed to the output shaft of the motor (5) ( 53) Linked together and linked together.