Electric rotating bucket

Abstract

An electric rotating bucket, comprising a bucket body (1). A supporting body (3) used for supporting a mop (2) is provided in the bucket body (1); a cleaning plate (4) is provided in the bucket body (1); the mop (2) partially rests on the cleaning plate (4); a rotating driving device (5) is connected to the supporting body (3); and the cleaning plate (4) is provided with a squeegeeing and drying structure (6) which squeegees the mop (2) only when the supporting body (3) rotates reversely. During the forward rotation and cleaning of the mop (2), the mop (2) is not squeegeed and there is no need to add water multiple times, avoiding unnecessary waste of water resources, and the mop (2) is squeegeed and dried only when the mop (2) is cleaned for a period of time and rotates reversely, achieving more intelligent and more environmentally-friendly cleaning and drying operation of the mop (2); when the mop (2) is cleaned, clean water is automatically conveyed to the mop (2), and when the mop (2) is dried, the clean water stops being conveyed to the mop (2), achieving intelligent water conveying and water stopping operation, so that the mop (2) is more labor-saving and convenient to clean and dry; a cleaning roller (21) can enable the clean water to uniformly beat and flush the mop (2), ensuring that all parts of the mop (2) are effectively flushed, and the mop (2) is cleaned more thoroughly.

Description

[Corrected 27.08.2024 according to Regulation 26] Electric rotating drum [Corrected 27.08.2024 in accordance with Rule 26] Technical field

[0001] [Corrected 27.08.2024 according to Rule 26] The utility model belongs to the technical field of mop buckets and relates to an electric rotating bucket. [Corrected 27.08.2024 in accordance with Rule 26] Background Art

[0002] [Corrected on 27.08.2024 according to Rule 26] The cleaning and dehydration methods of spin mops are significantly more efficient than those of ordinary mops. They are generally equipped with a cleaning bucket. The cleaning buckets on the market generally have water storage and auxiliary scraping functions. The rotation of the spin mop drives the mop to be cleaned and dried in the cleaning bucket. However, since spin mops are relatively expensive and require a large amount of clean water during the cleaning process (during the cleaning process, the scraping structure in the bucket scrapes and dries the mop, scraping and drying it while cleaning, and the scraping operation continues during the cleaning process), clean water needs to be continuously added to clean the mop, which easily leads to a waste of water resources.

[0003] [Corrected on 27.08.2024 according to Rule 26] For example, a Chinese patent discloses a water-saving mop bucket [application number: 201710332878.9], which includes a barrel body, wherein a support structure for supporting a mop tray is provided in the barrel body; the support structure allows the mop tray placed thereon to rotate or slide at a fixed height position, and a cleaning component and a water pump are also provided in the barrel body, wherein the cleaning component is used to squeeze and scrape the wiping material at the bottom of the mop tray rotating at a fixed height position in the barrel body, and the water pump is used to spray water on the wiping material at the bottom of the mop tray rotating at a fixed height position in the barrel body, and the water pump is controlled by a control structure to spray water or not.

[0004] [Corrected 27.08.2024 according to Rule 26] The water-saving mop bucket in the above solution can drive the mop to rotate and can control whether to spray water or not. However, there is still the problem that the mop is scraped dry while cleaning during the rotating cleaning process. The mop that has been scraped dry needs to be replenished with clean water in time to clean the mop, which will cause unnecessary waste of clean water.

[0005] [Corrected 27.08.2024 according to Rule 26] Contents of the utility model

[0006] [Corrected 27.08.2024 according to Rule 26] The object of the present invention is to provide an electric rotating tub in order to solve the above-mentioned problems.

[0007] [Corrected 27.08.2024 according to Rule 26] To achieve the above-mentioned object, the present utility model adopts the following technical solutions:

[0008] [Corrected 27.08.2024 in accordance with Rule 26] An electric rotary bucket comprises a bucket body, a support body for supporting a mop is provided in the said bucket body, a cleaning disc is provided in the said bucket body, the mop part is abutted against the cleaning disc, the said support body is connected to a rotary drive device, and the said cleaning disc is provided with a scraping structure for scraping the mop only when the support body is reversed.

[0009] [Corrected on 27.08.2024 according to Rule 26] Remove the mop that needs to be cleaned and fix it on the support body, or if there is a matching rotary mop, place the rotary mop in the barrel body, and the mop on the head of the rotary mop is fixed on the support body. The rotary drive device at the bottom of the support body can drive the support body to rotate, driving the mop to rotate forward or reverse. When the mop rotates forward, the mop is rinsed with clean water and cleaned on the cleaning disc. After the mop has been cleaned for a certain period of time, the rotary drive device drives the support body to reverse and drive the mop to reverse. The scraping structure on the cleaning disc scrapes the mop dry, and when the mop rotates forward, the scraping structure does not scrape the mop. The mop is only scraped when the mop is reversed. This design can effectively save the amount of clean water. During the forward rotation cleaning process of the mop, there is no need to add water multiple times, avoiding unnecessary waste of water resources, and realizing a smarter and more environmentally friendly cleaning and scraping operation of the mop.

[0010] [Corrected on 27.08.2024 according to Rule 26] In the above-mentioned electric rotating barrel, the barrel body includes a clean water storage area and a dirty water storage area, the above-mentioned cleaning tray is provided above the clean water storage area, the cleaning tray is provided with an upper clean water outlet, and the clean water storage area is provided with a drainage device capable of discharging clean water to the cleaning tray through the upper clean water outlet.

[0011] [Corrected on 27.08.2024 according to Rule 26] The barrel body is divided into a clean water storage area and a dirty water storage area, and when the mop rotates forward, the drainage device can discharge the clean water in the clean water storage area to the mop through the upper clean water outlet, and automatic water addition can be achieved without manual water addition to clean the mop. When the mop rotates forward for a certain period of time and the cleaning is completed, the rotation drive device drives the mop to reverse for scraping and drying. At this time, the drainage device can stop draining water from the upper clean water outlet. The drainage device can drain or stop drainage according to whether the mop rotates forward for cleaning or reverses for scraping and drying, realizing intelligent drainage and water stop operation, making cleaning and scraping the mop more labor-saving and convenient. The water on the mop is scraped dry and flows to the dirty water storage area to realize clean and dirty separation.

[0012] [Corrected on 27.08.2024 according to Rule 26] In the above-mentioned electric rotating barrel, the scraping and drying structure includes a raised scraper arranged on the side of the washing disc, and the raised scraper includes a wiper part connected to the end surface of the washing disc and a guide part away from the washing disc. When the supporting body rotates forward and the mop rotates forward to the guide part, the mop has a tendency to slide upward at an angle, and the mop does not scrape the water at this time; when the supporting body reverses and the mop reverses and contacts the wiper part and passes through the wiper part, the wiper part wipes the mop from top to bottom and dries it.

[0013] [Corrected on 27.08.2024 according to Rule 26] When the mop rotates forward for cleaning, the mop has a tendency to slide upward when passing through the guide part. At this time, the mop does not scrape water. On the contrary, when the mop rotates backward, the mop contacts the scraping part and passes through the scraping part. The scraping part scrapes the mop from top to bottom and the mop is scraped dry. The scraped water flows to the sewage storage area, so that the mop rotates forward for cleaning without scraping water, and only scrapes water when rotating backward. This can effectively save water resources and clean the mop more intelligently.

[0014] [Corrected on 27.08.2024 in accordance with Rule 26] In the above-mentioned electric rotating barrel, the guide portion includes a guide inclined surface arranged inclined toward the top of the cleaning disk, and the wiper portion includes a wiper surface connected to the guide inclined surface through a connecting surface, a small angle is formed between the wiper surface and the end surface of the cleaning disk, and a scraping blade is formed at the connection between the connecting surface and the wiper surface.

[0015] [Corrected 27.08.2024 according to Rule 26] The guide slope is inclined and arranged close to the top of the cleaning disc. The guide slope has a large angle. Therefore, when the mop rotates forward to clean and passes through the guide slope, it slides directly along the guide slope diagonally upward, and the water on the mop will not be scraped off or only a small amount will be scraped off. After the mop has been cleaning for a certain period of time, when the mop is reversed, the mop contacts the scraping surface and contacts and passes through the scraping blade from top to bottom. Since the angle between the scraping surface and the end surface of the cleaning disc is small, the scraping blade can very effectively wipe the mop from top to bottom, and the scraping efficiency is high.

[0016] [Corrected on 27.08.2024 according to Rule 26] In the above-mentioned electric rotary barrel, the drainage device includes a spiral main gear mounted on the support body, and the spiral main gear is connected to a spiral driven gear arranged at the bottom of the clean water storage area. When the support body rotates forward and drives the spiral driven gear to counterclockwise, the spiral driven gear generates thrust to discharge the clean water to the cleaning tray through the upper clean water outlet; when the support body counterclockwise drives the spiral driven gear to rotate forward, the spiral driven gear generates suction to absorb the clean water.

[0017] [Corrected on 27.08.2024 according to Rule 26] When the mop rotates forward for cleaning, the support body rotates forward, driving the spiral main gear to rotate forward, thereby driving the spiral driven gear to rotate reversely, generating an upward propulsion force for the clean water in the clean water storage area, so that the clean water is discharged to the cleaning tray through the upper clean water outlet; when the mop is reversed for scraping and drying, the support body reverses, driving the spiral main gear to rotate reversely, thereby driving the spiral driven gear to rotate forward, generating a downward suction force on the clean water in the clean water storage area. At this time, the clean water cannot be discharged to the cleaning tray through the upper clean water outlet, which intelligently cooperates with the cleaning and drying operations of the mop, making cleaning and drying more efficient and convenient.

[0018] [Corrected 27.08.2024 according to Rule 26] In the above-mentioned electric rotating barrel, the cleaning disc is provided with a flushing structure capable of evenly flushing the clean water discharged from the upper clean water outlet toward the mop.

[0019] [Corrected 27.08.2024 according to Rule 26] The flushing structure can evenly flush the clean water discharged from the upper clean water outlet to the mop and rinse the mop, ensuring that all parts of the mop are effectively rinsed, which can effectively improve the efficiency of mop cleaning and effectively save water resources.

[0020] [Corrected on 27.08.2024 according to Rule 26] In the above-mentioned electric rotating barrel, the flushing structure includes a cleaning roller mounting groove arranged on the cleaning disk at the upper clean water outlet, a cleaning roller is provided in the cleaning roller mounting groove in front of the upper clean water outlet, and a plurality of water guide plates are distributed circumferentially on the cleaning roller.

[0021] [Corrected 27.08.2024 according to Rule 26] During the mop cleaning process, the cleaning roller is driven to rotate. The water guide plate on the cleaning roller can evenly flush the clean water discharged from the upper clean water outlet to the mop and rinse the mop, ensuring that all parts of the mop are effectively rinsed and the mop is cleaned more thoroughly.

[0022] [Corrected 27.08.2024 according to Rule 26] In the above-mentioned electric rotary barrel, a plurality of groups of comb teeth are distributed on the cleaning disc behind the cleaning roller.

[0023] [Corrected 27.08.2024 according to Rule 26] The comb teeth on the cleaning disc are used to loosen the mop cloth and prevent the mop from getting tangled, which can effectively improve the efficiency of mop cleaning and scraping.

[0024] [Corrected 27.08.2024 according to Rule 26] In the above-mentioned electric rotating barrel, the cleaning disc is provided with a fresh water inlet connected to the fresh water storage area, and a plug for sealing is provided in the fresh water inlet.

[0025] [Corrected 27.08.2024 according to Rule 26] The fresh water inlet on the cleaning tray is used to add fresh water, and the plug is used to seal the fresh water inlet to prevent sewage from flowing in.

[0026] [Corrected 27.08.2024 according to Rule 26] In the above-mentioned electric rotating barrel, the rotation driving device includes a rotation driving motor, the support body is a support shaft, and the output end of the rotation driving motor is connected to the bottom end of the support shaft.

[0027] [Corrected 27.08.2024 according to Rule 26] The forward and reverse rotation of the support shaft is achieved by rotating the drive motor.

[0028] [Corrected 27.08.2024 according to Rule 26] Compared with the existing technology, the advantages of the present invention are: 1. During the forward rotation cleaning process, the mop is not scraped, and there is no need to add water multiple times, avoiding unnecessary waste of water resources. The mop is only scraped and dried when it is reversed after cleaning for a period of time, achieving a more intelligent and environmentally friendly cleaning and drying operation. 2. When the mop is cleaning, clean water automatically drains to the mop, and when the mop is scraped dry, the clean water stops draining to the mop. The intelligent drainage and water stop operation makes cleaning and drying the mop more labor-saving and convenient. 3. The cleaning roller can evenly flush the clean water to the mop and rinse the mop, ensuring that all parts of the mop are effectively rinsed and the mop is cleaned more thoroughly. [Corrected 27.08.2024 in accordance with Rule 26] Description of the drawings

[0029] [Corrected 27.08.2024 according to Rule 26] Figure 1 is a schematic diagram of the overall structure provided by the present invention;

[0030] [Corrected 27.08.2024 in accordance with Rule 26] Figure 2 is a schematic diagram of the structure of the mop;

[0031] [Corrected 27.08.2024 in accordance with Rule 26] Figure 3 is a schematic diagram of the internal structure of the barrel;

[0032] [Corrected 27.08.2024 in accordance with Rule 26] Figure 4 is an enlarged schematic diagram of point A in Figure 3;

[0033] [Corrected 27.08.2024 in accordance with Rule 26] Figure 5 is a cross-sectional view of the barrel;

[0034] [Corrected 27.08.2024 in accordance with Rule 26] Figure 6 is a schematic diagram of the structure of the drainage device.

[0035] [Corrected on 27.08.2024 according to Rule 26] In the figure, barrel body 1, mop 2, support body 3, cleaning disc 4, rotation drive device 5, scraping structure 6, clean water storage area 7, dirty water storage area 8, upper clean water outlet 9, drainage device 10, raised scraper 11, scraping part 12, guide part 13, guide slope 14, connecting surface 15, scraping blade 16, spiral main gear 17, spiral driven gear 18, flushing structure 19, cleaning roller mounting groove 20, cleaning roller 21, water guide plate 22, comb teeth 23, clean water filling port 24, plug 25, rotation drive motor 26, support shaft 27. [Corrected 27.08.2024 in accordance with Rule 26] Specific implementation methods

[0036] [Corrected 27.08.2024 according to Rule 26] As shown in Figures 1 to 5, an electric rotary bucket includes a bucket body 1, a support body 3 for supporting a mop 2 is provided in the bucket body 1, a cleaning disc 4 is provided in the bucket body 1, and the mop 2 is partially abutted on the cleaning disc 4, the support body 3 is connected to a rotation drive device 5, and the cleaning disc 4 is provided with a scraping structure 6 for scraping the mop 2 only when the support body 3 is reversed.

[0037] [Corrected 27.08.2024 according to Rule 26] In the present invention, the mop 2 that needs to be cleaned is disassembled and fixedly placed on the support 3, or a rotating mop is used in conjunction with it, and the rotating mop is placed in the barrel 1, and the mop 2 at the head of the rotating mop is fixed on the support 3. The rotating drive device 5 at the bottom of the support 3 can drive the support 3 to rotate, driving the mop 2 to rotate forward or reverse. When the mop 2 rotates forward, the mop 2 is rinsed with clean water, and the mop 2 is cleaned on the cleaning tray 4. When the mop After a certain period of cleaning, the rotary drive device 5 drives the support body 3 to reversely drive the mop 2, and the scraping and drying structure 6 on the cleaning disk 4 scrapes and dries the mop 2. When the mop 2 rotates forward, the scraping and drying structure 6 does not scrape the mop 2. The mop 2 is scraped only when it rotates reversely. This design can effectively save the amount of clean water. During the forward rotation cleaning process of the mop 2, there is no need to add water multiple times, thus avoiding unnecessary waste of water resources and achieving a more intelligent and environmentally friendly cleaning and scraping operation of the mop.

[0038] [Corrected on 27.08.2024 according to Rule 26] Specifically, in combination with Figures 1, 3 and 5, the barrel body 1 includes a clean water storage area 7 and a dirty water storage area 8, the above-mentioned cleaning tray 4 is provided above the clean water storage area 7, the cleaning tray 4 is provided with an upper clean water outlet 9, and the clean water storage area 7 is provided with a drainage device 10 that can discharge clean water to the cleaning tray 4 through the upper clean water outlet 9.

[0039] [Corrected on 27.08.2024 according to Rule 26] The barrel body 1 is divided into a clean water storage area 7 and a dirty water storage area 8, and when the mop 2 rotates forward, the drainage device 10 can discharge the clean water in the clean water storage area 7 to the mop 2 through the upper clean water outlet 9, and automatic water addition can be achieved without manual water addition to clean the mop 2. When the mop 2 rotates forward for a certain period of time and the cleaning is completed, the rotation drive device 5 drives the mop 2 to reverse and scrape it dry. At this time, the drainage device 10 can stop draining water from the upper clean water outlet 9. The drainage device 10 can drain or stop draining according to whether the mop 2 rotates forward for cleaning or reverses for scraping and drying, realizing intelligent drainage and water stop operation, making cleaning and scraping the mop 2 more labor-saving and convenient. The water on the mop 2 is scraped dry and flows to the dirty water storage area 8, realizing clean and dirty separation.

[0040] [Corrected on 27.08.2024 according to Rule 26] Specifically, in combination with Figures 1, 3 and 4, the scraping and drying structure 6 includes a raised scraper 11 arranged on the side of the cleaning disc 4, and the raised scraper 11 includes a wiper portion 12 connected to the end surface of the cleaning disc 4 and a guide portion 13 away from the cleaning disc 4. When the support body 3 rotates forward and the mop 2 rotates forward to the guide portion 13, the mop 2 has a tendency to slide upward at an angle, and the mop does not wipe the water at this time; when the support body 3 is reversed and the mop 2 reverses and contacts the wiper portion 12 and passes through the wiper portion 12, the wiper portion 12 wipes the mop 2 from top to bottom and dries it.

[0041] [Corrected on 27.08.2024 according to Rule 26] When the mop 2 rotates forward for cleaning, the mop 2 has a tendency to slide obliquely upward when passing through the guide portion 13. At this time, the mop does not scrape water. On the contrary, when the mop 2 rotates reversely, the mop 2 contacts the scraping portion 12 and passes through the scraping portion 12. The scraping portion 12 scrapes the mop 2 from top to bottom and the mop is scraped dry. The scraped water flows to the sewage storage area 8, so that the mop 2 does not scrape water when it rotates forward for cleaning, but only scrapes water when it rotates reversely. This can effectively save water resources and clean the mop more intelligently.

[0042] [Corrected on 27.08.2024 in accordance with Rule 26] Specifically, in conjunction with Figures 1, 3 and 4, the guide portion 13 includes a guide inclined surface 14 inclined toward the top of the cleaning disc 4, and the wiper portion 12 includes a wiper surface connected to the guide inclined surface 14 through a connecting surface 15, a small angle is formed between the wiper surface and the end surface of the cleaning disc 4, and a scraping blade 16 is formed at the connection between the connecting surface 15 and the wiper surface.

[0043] [Corrected 27.08.2024 according to Rule 26] The guide slope 14 is inclined and arranged close to the top of the washing disc 4. The guide slope 14 has a large angle. Therefore, when the mop 2 rotates forward to wash and passes through the guide slope 14, it slides directly along the guide slope 14 to the upper side. The water on the mop 2 will not be scraped off or only a small amount will be scraped off. After the mop 2 has been washing for a certain period of time, when the mop 2 is reversed, the mop 2 contacts the scraping surface and contacts and passes through the scraping blade 16 from top to bottom. Since the angle between the scraping surface and the end surface of the washing disc 4 is small, the scraping blade 16 can very effectively wipe the mop 2 from top to bottom, and the scraping efficiency is high.

[0044] [Corrected on 27.08.2024 according to Rule 26] Specifically, in conjunction with Figures 1, 3, 5 and 6, the drainage device 10 includes a helical main gear 17 mounted on the support body 3, and the helical main gear 17 is connected to a helical driven gear 18 arranged at the bottom of the clean water storage area 7. When the support body 3 rotates forward and drives the helical driven gear 18 to counterclockwise, the helical driven gear 18 generates thrust to discharge the clean water to the cleaning tray 4 through the upper clean water outlet 9; when the support body 3 counterclockwise drives the helical driven gear 18 to rotate forward, the helical driven gear 18 generates suction to absorb the clean water.

[0045] [Corrected on 27.08.2024 according to Rule 26] The spiral driven gear 18 is arranged at the bottom of the clean water storage area 7 through a connecting shaft, and a protective cover is provided above the spiral driven gear 18. When the mop 2 rotates forward for cleaning, the support body 3 rotates forward to drive the spiral main gear 17 to rotate forward, thereby driving the spiral driven gear 18 to reverse and generate an upward driving force for the clean water in the clean water storage area 7, so that the clean water is discharged to the cleaning tray 4 through the upper clean water outlet 9; when the mop 2 is reversed for scraping and drying, the support body 3 reverses and drives the spiral main gear 17 to reverse, thereby driving the spiral driven gear 18 to rotate forward to generate a downward suction force on the clean water in the clean water storage area 7. At this time, the clean water cannot be discharged to the cleaning tray 4 through the upper clean water outlet 9, which intelligently cooperates with the cleaning and drying operations of the mop 2, and the cleaning and drying efficiency is higher and more convenient.

[0046] [Corrected on 27.08.2024 according to Rule 26] Specifically, as shown in Figures 1 and 3, the cleaning tray 4 is provided with a flushing structure 19 that can evenly flush the clean water discharged from the upper clean water outlet 9 toward the mop 2.

[0047] >[Corrected 27.08.2024 according to Rule 26] The flushing structure 19 can evenly flush the clean water discharged from the upper clean water outlet 9 to the mop 2 and flush the mop, ensuring that all parts of the mop 2 are effectively flushed, which can effectively improve the efficiency of cleaning the mop 2 and effectively save water resources.

[0048] [Corrected on 27.08.2024 according to Rule 26] Specifically, in combination with Figures 1 and 3, the flushing structure 19 includes a cleaning roller mounting groove 20 arranged on the cleaning disc 4 at the upper clean water outlet 9, and a cleaning roller 21 is provided in the cleaning roller mounting groove 20 at the front side of the upper clean water outlet 9, and a plurality of water guide plates 22 are distributed circumferentially on the cleaning roller 21.

[0049] [Corrected 27.08.2024 according to Rule 26] During the cleaning process of the mop 2, the cleaning roller 21 is driven to rotate, and the water guide plate 22 on the cleaning roller 21 can evenly flush the clean water discharged from the upper clean water outlet 9 to the mop 2 and rinse the mop, ensuring that all parts of the mop 2 are effectively rinsed and the mop 2 is cleaned more thoroughly.

[0050] [Corrected on 27.08.2024 according to Rule 26] Preferably, in combination with Figures 1 and 3, a plurality of groups of comb teeth 23 are distributed on the cleaning disc 4 behind the cleaning roller 21, and a clean water inlet 24 connected to the clean water storage area 7 is provided on the cleaning disc 4, and a plug 25 for sealing is provided in the clean water inlet 24.

[0051] [Corrected 27.08.2024 according to Rule 26] The comb teeth 23 on the cleaning tray 4 are used to loosen the mop 2 to prevent the mop 2 from getting tangled, which can effectively improve the efficiency of cleaning and drying the mop. The clean water inlet 24 on the cleaning tray 4 is used to add clean water, and the plug 25 is used to seal the clean water inlet 24 to prevent sewage from flowing in.

[0052] [Corrected on 27.08.2024 according to Rule 26] Specifically, as shown in Figures 5 and 6, the rotation drive device 5 includes a rotation drive motor 26, the support body 3 is a support shaft 27, and the output end of the rotation drive motor 26 is connected to the bottom end of the support shaft 27.

[0053] [Corrected 27.08.2024 according to Rule 26] The forward and reverse rotation of the support shaft 27 is achieved by rotating the drive motor 26.

[0054] [Corrected 27.08.2024 according to Rule 26] The working principle of the present utility model is as follows: the mop 2 to be cleaned is disassembled and fixedly placed on the support 3, or a rotating mop is used in conjunction with the mop, the rotating mop is placed in the barrel 1, the mop 2 at the head of the rotating mop is fixed on the support 3, the rotating drive device 5 at the bottom of the support 3 can drive the support 3 to rotate, driving the mop 2 to rotate forward or reverse, when the mop 2 rotates forward, the mop 2 is rinsed with clean water, and the mop 2 is cleaned on the cleaning tray 4, After the mop 2 has been cleaning for a certain period of time, the rotation drive device 5 drives the support body 3 to reversely drive the mop 2 to reversely rotate, and the scraping and drying structure 6 on the cleaning disk 4 scrapes the mop 2 to dry it. When the mop 2 rotates forward, the scraping and drying structure 6 does not scrape the mop 2. The mop 2 is scraped only when it reverses. This design can effectively save the amount of clean water. During the forward rotation cleaning process of the mop 2, there is no need to add water many times, avoiding unnecessary waste of water resources, and realizing a more intelligent and environmentally friendly cleaning and scraping operation of the mop.

[0055] [Corrected 27.08.2024 according to Rule 26] The barrel body 1 is divided into a clean water storage area 7 and a dirty water storage area 8. When the mop 2 rotates forward, the drainage device 10 can discharge the clean water in the clean water storage area 7 to the mop 2 through the upper clean water outlet 9, and can automatically add water without manual water addition to clean the mop 2. When the mop 2 rotates forward for a certain period of time and the cleaning is completed, the rotation drive device 5 drives the mop 2 to reverse and scrape it dry. At this time, the drainage device 10 can stop draining water to the upper clean water outlet 9. The drainage device 10 can drain or stop draining according to whether the mop 2 rotates forward for cleaning or reverse for scraping, realizing intelligent drainage and water stop operation, making cleaning and scraping the mop 2 more labor-saving and convenient. The water on the mop 2 is scraped dry and flows to the dirty water storage area 8, realizing clean and dirty separation;

[0056] [Corrected 27.08.2024 according to Rule 26] When the mop 2 rotates forward for cleaning, the mop 2 has a tendency to slide obliquely upward when passing through the guide portion 13. At this time, the mop does not scrape water. On the contrary, when the mop 2 rotates backward, the mop 2 contacts the scraping portion 12 and passes through the scraping portion 12. The scraping portion 12 scrapes the mop 2 from top to bottom and the mop is scraped dry. The scraped water flows to the sewage storage area 8. The mop 2 rotates forward for cleaning without scraping water, and only scrapes water in the reverse direction. This can effectively save water resources and provide a more intelligent mop cleaning.

[0057] [Corrected 27.08.2024 in accordance with Rule 26] The guide slope 14 is arranged obliquely toward the top of the washing disc 4. The guide slope 14 has a large angle. Therefore, when the mop 2 rotates forward to wash and passes through the guide slope 14, it directly slides diagonally upward along the guide slope 14. The water on the mop 2 is not scraped off or only a small amount of water is scraped off. After the mop 2 has been washing for a certain period of time, the mop 2 rotates backward. The mop 2 contacts the scraping surface and contacts the scraping blade 16 from top to bottom and passes through the scraping blade 16. Since the angle between the scraping surface and the end surface of the washing disc 4 is small, the scraping blade 16 can very effectively wipe the water on the mop 2 from top to bottom, and the scraping efficiency is high.

[0058] [Corrected 27.08.2024 according to Rule 26] The spiral driven gear 18 is arranged at the bottom of the clean water storage area 7 via a connecting shaft. A protective cover is provided above the spiral driven gear 18. When the mop 2 rotates forward for cleaning, the support body 3 rotates forward, driving the spiral main gear 17 to rotate forward, thereby driving the spiral driven gear 18 to rotate backward, generating an upward driving force for the clean water in the clean water storage area 7, so that the clean water is discharged to the cleaning tray 4 through the upper clean water inlet 9. When the mop 2 rotates backward for scraping and drying, the support body 3 rotates backward, driving the spiral main gear 17 to rotate backward, thereby driving the spiral driven gear 18 to rotate forward, generating a downward suction force on the clean water in the clean water storage area 7. At this time, the clean water cannot be discharged to the cleaning tray 4 through the upper clean water inlet 9. This intelligently cooperates with the cleaning and drying operations of the mop 2, making the cleaning and drying efficiency higher and more convenient.

[0059] [Corrected 27.08.2024 according to Rule 26] The flushing structure 19 can evenly flush the clean water discharged from the upper clean water outlet 9 toward the mop 2 and rinse the mop, ensuring that all parts of the mop 2 are effectively rinsed, which can effectively improve the cleaning efficiency of the mop 2 and effectively save water resources;

[0060] [Corrected 27.08.2024 according to Rule 26] During the cleaning process of the mop 2, the cleaning roller 21 is driven to rotate. The water guide 22 on the cleaning roller 21 can evenly flush the clean water discharged from the upper clean water outlet 9 toward the mop 2 and rinse the mop, ensuring that all parts of the mop 2 are effectively rinsed and the mop 2 is cleaned more thoroughly;

[0061] [Corrected 27.08.2024 in accordance with Rule 26] The comb teeth 23 on the cleaning plate 4 are used to loosen the mop 2 to prevent the mop 2 from tangling, which can effectively improve the efficiency of cleaning and drying the mop. The clean water inlet 24 on the cleaning plate 4 is used to add clean water, and the plug 25 is used to seal the clean water inlet 24 to prevent sewage from flowing in.

[0062] [Corrected 27.08.2024 according to Rule 26] The forward and reverse rotation of the support shaft 27 is achieved by rotating the drive motor 26.

[0063] [Corrected 27.08.2024 pursuant to Rule 26] The specific embodiments described herein are merely illustrative of the spirit of the present invention. Persons skilled in the art may make various modifications, additions, or substitutions to the described specific embodiments without departing from the spirit of the present invention or exceeding the scope of the appended claims.

[0064] [Corrected on 27.08.2024 according to Rule 26] Although this article uses the barrel body 1, mop 2, support body 3, cleaning disc 4, rotation drive device 5, scraping structure 6, clean water storage area 7, dirty water storage area 8, upper clean water outlet 9, drainage device 10, raised scraper 11, wiper part 12, guide part 13, guide slope 14, connecting surface 15, scraping blade 16, spiral main gear 17, spiral driven gear 18, flushing structure 19, cleaning roller mounting groove 20, cleaning roller 21, water guide plate 22, comb teeth 23, clean water filling port 24, plug 25, rotation drive motor 26, support shaft 27, etc. more frequently, these terms are used only to more conveniently describe and explain the essence of the present invention; interpreting them as any additional restrictions is contrary to the spirit of the present invention.

Claims

1. [Corrected 27.08.2024 in accordance with Rule 26] An electric rotary bucket, comprising a bucket body (1), wherein a support body (3) for supporting a mop (2) is provided in the bucket body (1), characterized in that: A cleaning disc (4) is provided in the barrel (1), and the mop (2) partially rests on the cleaning disc (4). The support (3) is connected to a rotating drive device (5), and a scraping structure (6) is provided on the cleaning disc (4) for scraping water from the mop (2) only when the support (3) is reversed.

2. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 1, characterized in that: The barrel body (1) comprises a clean water storage area (7) and a dirty water storage area (8); the cleaning pan (4) is provided above the clean water storage area (7); an upper clean water inlet (9) is provided on the cleaning pan (4); and a drainage device (10) is provided in the clean water storage area (7) for discharging clean water through the upper clean water inlet (9) to the cleaning pan (4).

3. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 1 or 2, characterized in that: The scraping and drying structure (6) comprises a raised scraper (11) arranged on the side of the cleaning disc (4), and the raised scraper (11) comprises a scraping portion (12) connected to the end surface of the cleaning disc (4) and a guide portion (13) away from the cleaning disc (4). When the support body (3) rotates forward and the mop (2) rotates forward to the guide portion (13), the mop (2) has a tendency to slide upward, and the mop does not scrape water at this time; when the support body (3) rotates backward and the mop (2) reverses and contacts the scraping portion (12) and passes through the scraping portion (12), the scraping portion (12) scrapes the mop (2) from top to bottom to dry it.

4. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 3, characterized in that: The guide portion (13) comprises a guide slope (14) arranged obliquely toward the top of the cleaning disc (4); the wiper portion (12) comprises a wiper surface connected to the guide slope (14) via a connecting surface (15); a small angle is formed between the wiper surface and the end surface of the cleaning disc (4); a scraper blade (16) is formed at the connection between the connecting surface (15) and the wiper surface.

5. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 2, characterized in that: The drainage device (10) comprises a spiral main gear (17) sleeved on the support body (3), and the spiral main gear (17) is connected to a spiral driven gear (18) arranged at the bottom of the clean water storage area (7). When the support body (3) rotates forward to drive the spiral driven gear (18) to rotate reversely, the spiral driven gear (18) generates thrust to discharge the clean water through the upper clean water outlet (9) to the cleaning tray (4); when the support body (3) rotates reversely to drive the spiral driven gear (18) to rotate forward, the spiral driven gear (18) generates suction to absorb the clean water.

6. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 2 or 5, characterized in that: The cleaning plate (4) is provided with a flushing structure (19) capable of evenly flushing the clean water discharged from the upper clean water outlet (9) toward the mop (2).

7. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 6, characterized in that: The flushing structure (19) comprises a cleaning roller mounting groove (20) arranged on the cleaning plate (4) at the upper clean water outlet (9), a cleaning roller (21) being arranged in the cleaning roller mounting groove (20) at the front side of the upper clean water outlet (9), and a plurality of water guide plates (22) being distributed circumferentially on the cleaning roller (21).

8. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 7, characterized in that: A plurality of groups of comb teeth (23) are distributed on the cleaning disc (4) at the rear side of the cleaning roller (21).

9. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 2, characterized in that: The cleaning plate (4) is provided with a clean water inlet (24) which is connected to the clean water storage area (7), and a plug (25) for sealing is provided inside the clean water inlet (24).

10. [Corrected 27.08.2024 in accordance with Rule 26] The electric rotating drum according to claim 1, characterized in that, The rotation drive device (5) comprises a rotation drive motor (26), the support body (3) is a support shaft (27), and the output end of the rotation drive motor (26) is connected to the bottom end of the support shaft (27).

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