CN209107252U - Cleaning bucket for laying up mop - Google Patents

Abstract

The utility model relates to a mop cleaning bucket, comprising an outer bucket body, which is characterized in that: an inner bucket body is arranged in the outer bucket body, a water storage space is formed between the inner bucket body and the outer bucket body, and a bucket wall of the inner bucket body is provided with a communicating inner bucket The inner cavity of the body and the drainage channel of the water storage space. The drainage channel is gradually rising along the direction from the inner cavity of the inner barrel to the water storage space. The inner barrel is provided with a drying part, which can be combined with the mop. The mop head is matched with the mop head, so that the rotation of the mop head can drive the rotation of the drying part. The drying part is provided with a stirring part, and the stirring part can rotate together with the drying part, so that the water in the inner cavity of the inner barrel can pass through the drying part. The drainage channel is discharged into the water storage space. Both cleaning and dehydration are at the same height, so there is no need to set the cleaning position very high, and there is no need to set the cleaning position and the drying position separately in the barrel. The overall cleaning barrel can be made lower and costs are reduced.

Description

mop cleaning bucket

technical field

The utility model relates to a cleaning tool, in particular to a water-saving mop bucket suitable for cleaning and drying a flat mop or a cotton mop.

Background technique

The rotary mop has the advantages of convenient cleaning and dehydration, especially the cleaning effect of the semi-dry and wet mop can be achieved. At present, it has been used more and more widely in life, including the mop bucket and the mop bar. The mop head of the wiper, the mop rod includes an inner rod and an outer rod that are sleeved with each other, a drive structure that can convert the telescopic motion of the outer rod into the rotary motion of the inner rod is arranged between the inner and outer rods, and the mop bucket is provided with A rotatable wash pan and dewatering basket, the wash pan is below the water surface and the dewatering basket is above the water surface. During washing, the rotation of the mop head is beneficial to drive the washing plate in the mop bucket to rotate, realizing the stirring and washing of the mop head in water; during dehydration, the rotation of the mop head is beneficial to drive the dehydration basket in the mop bucket to rotate, realizing the function of centrifugal dehydration.

In the traditional mop bucket, cleaning and drying are carried out independently in two parts in one bucket, resulting in a large increase in the cross-sectional area of the entire bucket. For example, the mop disclosed in the Chinese utility model patent "Hand-Pressed Rotary Mop" published with the announcement number CN201755206U, and the dehydration bucket disclosed in the Chinese utility model patent "Hand-Pressed Rotary Mop Dedicated Dehydration Bucket" with the announcement number of CN201775610U, can realize Washing and drying of hand-pressed rotary mops.

Some mop heads are also cleaned and de-dried in the same part of the barrel, but they need to have a lifting function at the rotating structure, that is, when cleaning, the dehydration basket is at a low position, at least partially under water, and when de-drying, the dehydration basket is at a high position. That is, all of them are located above the water surface, which also increases the depth of the barrel and makes the operation complicated. Because the cleaning position and the drying position of the existing mop bucket are not realized at the same height in the barrel, there are two positions respectively, the cleaning position and the drying position, and the drying position is located above the cleaning position, which makes the existing mop. The volume of the barrel cannot be designed to be miniaturized. The Chinese invention of Bulletin No. CN102908115B discloses a type of cleaning and drying mop bucket. The distance between the drying plate of the mop bucket and the bottom of the bucket must be high. After being immersed in the drying tray for a long time, the purpose of drying cannot be achieved. The setting of the drying tray is too high, which will cause the mop to splash from the bucket during the cleaning or drying process because it is too close to the surface of the dryer. come out. In addition, when the mop bucket is used for many times, water will accumulate in the mop bucket. In order to prevent the accumulated water from immersing in the spin-drying tray, the water in the mop bucket can only be poured out manually.

The mop bucket in the prior art has many defects: 1. It is necessary to control the water level of the cleaning bucket. The water level is too high and cannot be dried, and the cleaning effect is not good if the water level is too low. 2. The setting of the drying tray is too high, which will cause water droplets to splash; 3. The used water cannot be reused, resulting in a great waste of water resources. 4. The cleaning method is to rotate quickly in water. This cleaning method is only suitable for cleaning cotton yarn mops. Flat mops cannot be cleaned in this way.

Utility model content

The technical problem to be solved by the present utility model is to provide a mop cleaning bucket with cleaning and dehydration at the same height in view of the above-mentioned current state of the art. The mop is cleaned and de-dried while miniaturizing the size of the mop bucket.

The technical solution adopted by the utility model to solve the above technical problems is: a mop cleaning bucket, comprising an outer bucket body, characterized in that: the outer bucket body is provided with an inner bucket body, and water storage is formed between the inner bucket body and the outer bucket body. space, the barrel wall of the inner barrel is provided with a drainage channel connecting the inner cavity of the inner barrel and the water storage space, the drainage channel is gradually rising along the direction from the inner cavity of the inner barrel to the water storage space, so The inner barrel is provided with a drying part, and the drying part can cooperate with the mop head of the mop, so that the rotation of the mop head can drive the drying part to rotate, and the rotation of the drying part can rotate the inner cavity of the inner barrel. The water is discharged into the water storage space through the drainage channel.

Further improvement, the bottom surface of the above-mentioned water storage space is higher than the bottom surface of the inner cavity of the inner barrel, thereby forming a height difference; the inlet end of the drainage channel is arranged close to the bottom surface of the inner cavity of the inner barrel; the inner barrel and the The water storage spaces are communicated through a water inlet channel, and a valve for controlling the opening and closing of the water inlet channel is arranged at the water inlet channel. In this way, when the valve is open, according to the principle of the connector, the water in the water storage space will be automatically poured back into the inner barrel from the water inlet channel for the next use. The used water can be reused to avoid waste of water resources. Preferably, a filter structure can also be provided at the inlet end of the water inlet channel, which can filter water and prevent impurities from entering the water inlet channel. The inlet end of the drainage channel is disposed close to the bottom surface of the inner cavity of the inner barrel, which is more conducive to the agitation component to discharge as much water in the inner barrel of the inner barrel as possible through the drainage channel.

Preferably, the bottom of the outer barrel has an upwardly extending vertical wall, the vertical wall is relatively wound to form the barrel wall of the inner barrel, and the initial section of the vertical wall and the end section of the vertical wall are arranged at intervals to form the front and rear baffles of the drainage channel. The drainage channel is arc-shaped, and the bottom surface of the drainage channel is a gradually rising slope. The starting section of the vertical wall and the end section of the wall are spaced apart to form a drainage channel, so that the drainage channel is arranged in an arc shape to have a longer flow path, and the bottom surface of the drainage channel can be gradually extended, which is convenient for water to pass through the drainage channel. Of course, it can also be It is formed by two arc-shaped vertical walls facing each other.

Further improvement, the above-mentioned drying part is provided with a stirring part, and the stirring part can rotate together with the drying part to gradually discharge the water in the inner cavity of the inner barrel into the water storage space through the drainage channel. The stirring part can discharge the water in the inner barrel more efficiently. Of course, the water can be thrown out directly by the drying part without the stirring part.

Preferably, the above-mentioned stirring member is a blade provided on the bottom surface and/or the outer surface of the drying member. The blades can be multiple pieces, preferably in an arc shape, and the blades have multiple pieces arranged at intervals along the circumference. If the spin-drying component is a spin-dry basket, the blades can also be arranged on the outer peripheral surface of the spin-dry basket.

Further improvement, the bottom surface of the inner cavity of the inner barrel is provided with a cleaning rack that cannot rotate around its own axis, and the top of the cleaning rack has a connector for matching with the recessed portion of the bottom surface of the mop head, and is buckled in the recessed portion of the bottom surface of the mop head. In the state on the connecting head, the mop head can rotate relative to the connecting head, the drying part is sleeved on the bottom of the cleaning frame and can rotate around its own axis, and the side part of the cleaning frame has a mounting extending outward arm, the installation arm is located above the bottom of the drying part, and the installation arm is provided with a wiper part for wiping and cleaning the wipes at the bottom of the mop head. The setting of the cleaning rack can also scrape the wiper at the bottom of the mop head, which can better scrape off the dirt stuck on the wiper, and the cleaning effect is better, which is suitable for cleaning the flat mop head.

Further improvement, the bottom surface of the inner cavity of the inner barrel is fixed with a vertical shaft extending upward, the cleaning frame is sleeved on the vertical shaft and can slide up and down, and the cleaning frame cannot rotate relative to the vertical shaft, and the inner hole of the cleaning frame and the vertical shaft are connected. There is a damping structure to keep the cleaning frame at a certain height relative to the vertical axis. The concave part on the bottom surface of the mop head and the connecting head are connected by an elastic buckle structure, and the upward movement of the mop head can drive the cleaning frame to move up. When the head is disconnected from the connecting head, the damping structure keeps the cleaning frame in the upward position; the inner barrel and the water storage space are communicated through the water inlet channel, and the upward movement of the cleaning frame can open the inlet. Water channel, the cleaning rack can be moved down to close the water inlet channel. The cleaning rack not only has the function of cleaning wipes, but also plays the role of opening and closing the water inlet channel, without the need for additional valves, simplifying the structure, and the movement of the cleaning rack is driven by the mop head to move up and down, and is kept in the open state by the damping structure, During the operation, it is only necessary to complete the normal rotation operation of driving the mop head, and the operation is quite convenient.

Preferably, the head end of the vertical shaft has a flat part, and the inner hole of the cleaning frame has a flat hole part matched with the flat part. Because the vertical shaft is fixed to the outer barrel, the cooperation of the flat holes ensures that the cleaning frame will not be opposite to each other. The vertical shaft rotates, but does not affect the up and down movement of the cleaning frame relative to the vertical shaft; the damping structure is a sealing ring arranged between the inner hole of the cleaning frame and the vertical shaft, and the damping structure is simple, of course, the damping structure can also be replaced by a spring; The top of the connecting head is provided with balls, and the arrangement of the balls facilitates the rotation of the mop head relative to the connecting head on the cleaning frame.

The above-mentioned drying component is a drying basket, and the inner peripheral wall of the drying basket is provided with a clip for blocking the wipes on the mop head. The wiper is stuck by the clip, so that the rotation of the mop head can drive the spin basket to rotate. Of course, there are many ways for the mop head to drive the spin basket to rotate, and reference may be made to the prior art.

Further improvement, the splash-proof cover at the opening of the outer barrel body, the splash-proof cover has an inlet for the mop head to extend into the inner barrel body, and the splash-proof cover covers the top opening of the water storage space and the drainage channel at the same time . The splash cover prevents water from splashing out and soiling the floor during cleaning.

Compared with the prior art, the advantage of the present utility model is: in the initial state, just put clean water in the inner barrel, the water flows over the mop head resting on the drying part, and the mop head drives the drying part to rotate, For the cleaning process, as the rotation progresses, the spin-drying component rotates to drain the water in the inner cavity of the inner barrel into the water storage space through the drainage channel, and the water level in the inner cavity of the inner barrel gradually decreases. When the mop head rotates, the drying operation starts. After the drying is completed, the water in the inner cavity of the inner barrel is basically drained to ensure a good drying effect. While cleaning, the water in the inner barrel is sent into the water storage space independent of the inner barrel, so as to achieve the purpose of one-step cleaning and dehydration. Both cleaning and dehydration are at the same height. There is no need to set the cleaning position very high, and there is no need to set the cleaning position and the drying position separately in the barrel. The overall cleaning barrel can be made lower and the cost is reduced.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of the embodiment of the present utility model;

2 is a perspective view of the embodiment of the present utility model in use;

3 is a sectional view one of the embodiment of the present utility model in use;

FIG. 4 is a second cross-sectional view of the embodiment of the present utility model in use;

5 is an exploded perspective view of an embodiment of the present utility model;

6 is a schematic diagram 1 of the three-dimensional structure of the barrel part in the embodiment of the present utility model;

FIG. 7 is a schematic diagram 2 of the three-dimensional structure of the barrel part in the embodiment of the present utility model;

FIG. 8 is a schematic three-dimensional structural diagram of a mop head used together with an embodiment of the present invention.

Detailed ways

The present utility model will be further described in detail below with reference to the embodiments of the accompanying drawings.

As shown in Figures 1-8, it is a preferred embodiment of the present invention.

A cleaning bucket suitable for cleaning and drying a flat mop or cotton yarn mop. The cleaning bucket is used in conjunction with a hand-pressed rotary mop. The hand-pressed rotary mop is in the prior art. The lower end of the rod is provided with a mop head 6 with a wiper 62. The mop head 6 can be disc-shaped or rectangular, and the wiper 62 can be mop cloth or collodion material or cotton yarn, etc. The mop rod includes inner sleeves that are sleeved. The rod and the outer rod are provided with a drive structure between the inner rod and the outer rod, which can convert the telescopic motion of the outer rod into the rotational motion of the inner rod, and the above is the prior art.

Specifically, it includes an outer barrel 1, an inner barrel 3 is arranged in the outer barrel 1, a water storage space 4 is formed between the inner barrel 3 and the outer barrel 1, and the barrel wall of the inner barrel 3 is provided with a connection connecting the inner barrel 3. The inner cavity and the drainage channel 2 of the water storage space 4, the drainage channel 2 is gradually rising along the direction from the inner cavity of the inner barrel 3 to the water storage space 4, and the bottom surface of the water storage space 4 is higher than the inner barrel 3. The bottom surface of the inner cavity forms a height difference H; the inlet end 21 of the drainage channel 2 is arranged close to the bottom surface of the inner cavity of the inner barrel 3 .

The bottom of the outer barrel 1 has a vertical wall 31 extending upward, the vertical wall 31 is relatively wound to form the barrel wall of the inner barrel 3, and the starting section 311 of the vertical wall 31 and the end section 312 of the vertical wall 31 are arranged at intervals to form the The front and rear baffle walls of the drainage channel 2 are arc-shaped, and the bottom surface of the drainage channel 2 is a gradually rising slope. The splash-proof cover 12 at the opening of the outer barrel 1 has an inlet for the mop head 6 to extend into the inner barrel. Covered top opening.

The inner barrel body 3 is provided with a drying part 5, and the drying part 5 can cooperate with the mop head 6 of the mop, so that the rotation of the mop head 6 can drive the rotation of the drying part 5, and the drying part 5 is a drying basket, The inner peripheral wall of the spin-drying basket is provided with a clip 52 for catching the wipes 62 on the mop head 6 .

The drying part 5 is provided with a stirring part 51 , and the stirring part 51 can rotate together with the drying part 5 to discharge the water in the inner cavity of the inner tub 3 into the water storage space 4 through the drainage channel 2 . The stirring member 51 is a blade provided on the bottom surface and/or the outer surface of the drying member 5 . The blades can be multiple pieces, preferably in an arc shape, and the blades have multiple pieces arranged at intervals along the circumference. The bottom surface of the inner cavity of the inner barrel body 3 is provided with a cleaning frame 7 that cannot rotate around its own axis. The top of the cleaning frame 7 has a connecting head 71 for matching with the recess 61 on the bottom surface of the mop head 6, and the top of the connecting head 71 is provided with a ball 74 . In the state where the concave portion 61 on the bottom surface of the mop head 6 is buckled on the connecting head 71, the mop head 6 can rotate relative to the connecting head 71, and the drying part 5 is sleeved on the bottom of the cleaning frame 7 and supported by the inner barrel through the bearing 8 On the bottom surface of 3, the side of the cleaning frame 7 has a mounting arm 72 extending outward, the mounting arm 72 is located above the bottom of the drying part 5, and the mounting arm 72 is provided with the wiper 62 at the bottom of the mop head 6. The wiper part for cleaning, the wiper part is not shown in the drawing, it can be a bristles or a scraper or a squeeze roller.

The bottom surface of the inner cavity of the inner barrel body 3 is fixed with a vertical shaft 9 extending upward. The cleaning frame 7 is sleeved on the vertical shaft 9 and can slide up and down, and the cleaning frame 7 cannot rotate relative to the vertical shaft 9. The inner hole of the cleaning frame 7 and the vertical shaft 9 are connected. A damping structure for keeping the cleaning frame 7 at a certain height position relative to the vertical shaft 9 is provided between, and the damping structure is a sealing ring 10 arranged between the inner hole of the cleaning frame 7 and the vertical shaft 9 . The concave portion 61 on the bottom surface of the mop head 6 is connected with the connector 71 through an elastic buckle structure. The upward movement of the mop head 6 can drive the cleaning frame 7 to move upward. When the mop head 6 is disconnected from the connector 71, the damping structure makes the cleaning frame move upward. 7 is kept in the upward position; the inner barrel 3 and the water storage space 4 are communicated through the water inlet channel 11, the inlet of the water inlet channel 11 is located on the bottom surface of the water storage space 4, and the cleaning rack 7 can be moved upward to open the water inlet channel 11, The downward movement of the cleaning rack 7 can close the water inlet channel 11 . The head end of the vertical shaft 9 has a flat portion 91 , and the inner hole of the cleaning frame 7 has a flat hole portion 73 matched with the flat portion 91 .

The working principle and process of this cleaning bucket are as follows:

Cleaning and de-drying process: Pour a certain amount of clean water into the inner cavity of the inner barrel 3, the amount of water is based on the mop head 6 placed on the drying part 5, and then put the concave part 61 on the bottom surface of the mop head 6. The elastic buckle is arranged on the connecting head 71, and press down to make the cleaning frame 7 move down to close the water inlet channel 11, the scraping member on the mounting arm 72 can be in contact with the wiper 62, and then operate the mop rod, the mop rod drives the mop head 6 rotates around its own axis, and the cleaning frame 7 is relatively fixed. The scraping member on the mounting arm 72 scrapes the wipes. Since the water flows over the mop head 6, this stage is the cleaning stage. In this stage, the stirring member 51 rotates and pushes the water, and under the action of the pushing force, the water in the inner cavity of the inner tub 3 is gradually discharged into the water storage space 4 through the drainage channel 2 .

When the water level of the inner cavity of the inner barrel 3 drops below the wiper 62 of the mop head 6, the mop head 6 continues to rotate. At this time, it is the drying and dehydration process. The water is gradually discharged into the water storage space 4 through the drainage channel 2 .

After the spin-drying process is completed, the water in the inner cavity of the inner barrel 3 is basically drained. Then lift up the mop head 6, and the mop head 6 drives the cleaning frame 7 to move upward. When the mop head 6 is disconnected from the connecting head 71, the damping structure keeps the cleaning frame 7 in the upward position, and the cleaning frame 7 can be opened when the mop head 6 moves upward. In the water inlet channel 11, the water in the water storage space 4 flows to the inner cavity of the inner barrel 3 through the water inlet channel 11, so as to prepare for the next use and save more water.

While cleaning, the water in the inner barrel is sent into the water storage space independent of the inner barrel, so as to achieve the purpose of one-step cleaning and dehydration. Both cleaning and dehydration are at the same height. There is no need to set the cleaning position very high, and there is no need to set the cleaning position and the drying position separately in the barrel. The overall cleaning barrel can be made lower and the cost is reduced.

Although the preferred embodiments of the present invention have been described in detail above, it should be clearly understood that various modifications and variations of the present invention are possible for those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model shall be included within the protection scope of the present utility model.

Claims (10)

1. A mop cleaning bucket, comprising an outer barrel (1), characterized in that: the outer barrel (1) is provided with an inner barrel (3), and the inner barrel (3) and the outer barrel (1) are provided with an inner barrel (3). A water storage space (4) is formed between the inner barrels (3), and a drainage channel (2) connecting the inner cavity of the inner barrel (3) and the water storage space (4) is provided on the barrel wall of the inner barrel (3). ) is gradually rising along the direction from the inner cavity of the inner barrel (3) to the water storage space (4), the inner barrel (3) is provided with a drying part (5), 5) It can cooperate with the mop head (6) of the mop, so that the rotation of the mop head (6) can drive the drying part (5) to rotate, and the rotation of the drying part (5) can make the inner barrel (3) rotate. The water in the inner cavity is gradually drained into the water storage space (4) through the drainage channel (2). 2. The mop cleaning bucket according to claim 1, wherein the bottom surface of the water storage space (4) is higher than the bottom surface of the inner cavity of the inner bucket body (3), thereby forming a height difference (H); The inlet end (21) of the drainage channel (2) is disposed close to the bottom surface of the inner cavity of the inner barrel (3); a water inlet channel passes between the inner barrel (3) and the water storage space (4) (11) is communicated, and the water inlet channel (11) is provided with a valve for controlling whether the water inlet channel (11) is opened or closed. 3. The mop cleaning bucket according to claim 1, wherein the bottom of the outer bucket body (1) has a vertical wall (31) extending upward, and the vertical wall (31) is relatively wound to form the inner bucket body (3) of the barrel wall, the initial section (311) of the vertical wall (31) and the end section (312) of the vertical wall (31) are arranged at intervals to form the front and rear baffles of the drainage channel (2), and the drainage channel (2) It is arc-shaped, and the bottom surface of the drainage channel (2) is a gradually rising slope. 4. The mop cleaning bucket according to claim 1, characterized in that: a stirring member (51) is provided on the drying member (5), and the stirring member (51) can rotate together with the drying member (5) to thereby The water in the inner cavity of the inner barrel (3) is gradually drained into the water storage space (4) through the drainage channel (2). 5 . The mop cleaning bucket according to claim 4 , wherein the stirring member ( 51 ) is a blade disposed on the bottom surface and/or the outer surface of the drying member ( 5 ). 6 . 6. The mop cleaning bucket according to claim 1, characterized in that: the bottom surface of the inner cavity of the inner bucket body (3) is provided with a cleaning frame (7) that cannot rotate around its own axis, and the top of the cleaning frame (7) has The connecting head (71) for mating with the concave portion (61) on the bottom surface of the mop head (6) is in the state that the concave portion (61) on the bottom surface of the mop head (6) is buckled on the connecting head (71), so The mop head (6) can rotate relative to the connecting head (71), the drying part (5) is sleeved on the bottom of the cleaning frame (7) and can rotate around its own axis, and the side part of the cleaning frame (7) It has a mounting arm (72) extending outward, the mounting arm (72) is located above the bottom of the drying part (5), and the mounting arm (72) is provided with a wiper (62) for the bottom of the mop head (6) The wiper part for wiper cleaning. 7. The mop cleaning bucket according to claim 6, characterized in that: the bottom surface of the inner cavity of the inner bucket body (3) is fixed with a vertical shaft (9) extending upward, and the cleaning frame (7) is sleeved on the vertical shaft ( 9) It can slide up and down, and the cleaning frame (7) cannot rotate relative to the vertical shaft (9). There is a vertical shaft between the inner hole of the cleaning frame (7) and the vertical shaft (9) to make the cleaning frame (7) relative to the vertical shaft (9). (9) A damping structure maintained at a certain height position, the concave portion (61) on the bottom surface of the mop head (6) is connected with the connecting head (71) through an elastic snap structure, and the upward movement of the mop head (6) can drive the The cleaning frame (7) moves upward, and the damping structure keeps the cleaning frame (7) in the upward moving position when the mop head (6) is disengaged from the connecting head (71); the inner barrel (3) and the The water storage spaces (4) are communicated through a water inlet channel (11), the cleaning rack (7) can be moved upward to open the water inlet channel (11), and the cleaning rack (7) can be moved down to close the water inlet channel (11). Water inlet channel (11). 8. The mop cleaning bucket according to claim 7, characterized in that: the head end of the vertical shaft (9) has a flat part (91), and the inner hole of the cleaning frame (7) has a flat part (91). 91) The matching flat hole portion (73); the damping structure is a sealing ring (10) arranged between the inner hole of the cleaning frame (7) and the vertical shaft (9); the top of the connecting head (71) is provided with Balls (74). 9. The mop cleaning bucket according to claim 1, characterized in that: the drying part (5) is a drying basket, and the inner peripheral wall of the drying basket is provided with a wiper ( 62) Form a stuck clip (52). 10. The mop cleaning bucket according to claim 1, characterized in that: the splash-proof cover (12) at the opening of the outer bucket body (1), the splash-proof cover (12) is provided with a mop head (6). ) extends into the inlet of the inner barrel, while the splash-proof cover (12) covers the water storage space (4) and the top opening of the drainage channel (2).