RU2795563C1 - Bucket with wringing and flat mop - Google Patents

Abstract

FIELD: cleaning.

SUBSTANCE: invention relates to a set of devices for wet cleaning of floors, in particular to a bucket for a mop, a cleaning and wringing device for a flat mop. A bucket with a wringer and a flat mop includes a bucket body with a handle, a flat mop, a water wringing section consisting of an opening for accommodating the head part of the flat mop and a wringing element. The flat mop contains a mop rod, a mop head part pivotally attached to the mop rod, and a rag located on the head part of the flat mop. The internal volume of the bucket body is divided into the main and wringing chambers by a vertical wall mounted between the side walls of the bucket body. The water wringing section is installed above the squeezing chamber of the bucket body. A rinsing section is installed above the main chamber of the bucket body including an opening for accommodating the head part of the mop and a cleaner. The water wringing section and the rinsing section are rigidly connected to each other, located in the same horizontal plane and mounted in the upper part of the bucket body. A bracket is mounted under the water wringing section. A wringing element is installed in the bracket configured for rotation, and the wringing element and the cleaner are located parallel to the flat side of the head part of the flat mop, and in the lower part of the bucket body from the main and wringing chambers there are holes for draining water and plugs.

EFFECT: improved quality of wringing the mop cloth and its cleaning from hair during rinsing and wringing.

5 cl, 16 dwg

Description

The invention relates to a set of devices for wet cleaning of floors, in particular, to a mop bucket, cleaning and wringing devices for a flat mop [A47L 13/59].

KIT FOR CLEANING is known [https://market.yandex.ru/product- -komplekt-dlia-uborki-8l-vedro-vedro-s-otzhimom-shvabra-shvabra-s-otzhimom-shvabra-dlia-mytia-polov- shvabra-dlia-pola/1756348356?clid=1601&utm_source=yandex&utm_medium=search&utm_campaign=ymp_offer_dp_dom_bko_dyb_search_eng&utm_term=12943708%7C101771650569&utm_content=cid%3A647625 44%7Cgid%3A4662475654%7Caid%3A11052503590%7Cph%3A1872309%7Cpt%3Apremium%7Cpn%3A5%7Csrc%3Anone% 7Cst%3Asearch%7Crid%3A1872309%7Ccgcid%3A0&sku=101771650569&offerid=HItgvkjrIPOttxV-EovxSA&cpa=1\], containing a mop with wringer and a two-chamber bucket, is a mop and bucket set that allows you to wash and wring with one hand effortlessly. The wringing mop rotates 180 degrees and easily goes around corners, furniture legs and various obstacles. The microfibre nozzle effectively collects dirt, wool and hair. It holds water up to 70% better than cotton.

The main technical problem of the prototype is:

- insufficient extraction of the mop cloth;

- poor quality of cleaning from hair when rinsing and wringing out the mop cloth.

Known for MOBBY SQUEEGEE AND RINSE BUCKET MOBBY SET [https://market.yandex.ru/product--nabor-mobby-shvabra-s-otzhimom-i-vedrom-dlia-poloskaniia/898133797?clid=1601&utm_source=yandex&utm_medium=search&utm_campaign=ymp_offer_dp_dom_bko_dyb_search_rus&utm_term=12943708 %7C101268511230&utm_content=cid% 3A64762544%7Cgid%3A4662475654%7Caid%3A11052503590%7Cph%3A1872309%7Cpt%3Apremium%7Cpn%3A2%7Csrc%3Anone%7Cst%3Asearch%7Crid%3A1872309%7Ccgcid%3A 0&sku= 101268511230&offerid=a1zVV_NyKGxjJVnBt7FZSQ&cpa=1] containing a floor cleaning kit and house cleaning, which includes a bucket with two compartments and a vertical wringer, as well as a mop with a composite handle. In one of the compartments, the nozzle is moistened, and in the second compartment, using a spring-loaded scraper, moisture is removed to the required level to perform wet cleaning, without an abundance of water on the floor. The wringing mop consists of several sections, with a soft rubberized handle. The soft, replaceable microfiber head absorbs moisture and removes dirt.

The main technical problem of the prototype is:

- insufficient extraction of the mop cloth;

- poor quality of cleaning from hair when rinsing and wringing out the mop cloth.

The closest analogue is a BUCKET FOR A MOP INTENDED FOR CLEANING AND EXTRACTING A FLAT MOP [RU 2690101, published: 05/30/2019], containing a set of cleaning tools containing a bucket body and a flat mop; wherein the housing contains a handle, and a flat mop contains a mop rod, the working part of the mop, attached with the possibility of rotation to the rod of the mop, and a rag located on the working part of the mop; while the body of the bucket has a section of the extraction of water, the squeezing device is located above the section of the extraction of water; however, when the working part of the flat mop is rotated into the wringing state and inserted into the wringing device with the possibility of extraction, the rag is located inside the wringing section, the wringing device is pressed against the rag on the working part of the mop and provides friction with the rag on the working part of the mop with wringing out water from rags; wherein the element providing the flow of water for transferring the water wrung out of the rag from the water squeezing section is located in the water squeezing section. The squeezing device contains a frame and a squeezing element; the frame has an opening for squeezing, designed to accommodate the working part of the mop in the state of squeezing water; the wringing element is located adjacent to the wringing hole, so that the wringing element can be pressed against the rag on the working part of the mop to provide friction with the rag.

The main technical problem of the prototype is:

- insufficient extraction of the mop cloth;

- poor quality of cleaning from hair when rinsing and wringing out the mop cloth.

The technical result of the invention is to improve the quality of wringing out the mop cloth and cleaning it from hair during rinsing and wringing.

The specified technical result is achieved due to the fact that a bucket with a wringer and a flat mop, including a bucket body with a handle, a flat mop, a water wringing section consisting of an opening for accommodating the working part of the flat mop and a wringing element, the flat mop contains a mop rod, a working part squeegee, attached with the possibility of rotation to the mop rod, and a rag located on the working part of the flat mop, characterized in that the internal volume of the bucket body is divided into the main and squeezing chambers by a vertical wall mounted between the side walls of the bucket body, the water squeezing section is installed above the squeezing chamber bucket body chamber, a rinsing section is installed above the main chamber of the bucket body, including an opening for accommodating the working part of the mop and a cleaner, the water extraction section and the rinsing section are rigidly connected to each other, located in the same horizontal plane and mounted in the upper part of the bucket body, under the section a bracket is mounted in the bracket, a wringing element is installed in the bracket with the possibility of rotation, and the wringing element and the cleaner are located parallel to the flat side of the working part of the flat mop, and in the lower part of the bucket body from the main and wringing chambers there are holes for draining water and are provided with plugs.

In particular, the squeezing element contains an axis and a drum, along the periphery of the drum in parallel rows relative to the axis, ribs are alternately installed and grooves are made, the ribs are rigidly fixed with one side to the outer surface of the drum, and the other side is directed in different directions from the axis, in the grooves of the drum perpendicular to the axis are installed the pile threads and the tip are directed towards the accommodating working part of the flat mop, and the length of the pile threads exceeds the height of the ribs.

In particular, elastic elements are installed between the bracket and the water extraction section.

In particular, grooves are made on the cleaner in parallel longitudinal rows, and pile threads are installed in the grooves and directed towards the accommodating working part of the flat mop.

In particular, the pile threads in the grooves of the cleaner are arranged crosswise.

Brief description of the drawings

In FIG. 1 shows a bucket body with a handle and sections for squeezing water and rinsing, side view.

In FIG. 2 shows the body of the bucket with a handle and sections for squeezing water and rinsing, top view.

In FIG. 3 shows the lower part of the bucket body with holes for draining water, view A.

In FIG. 4 shows the connection of sections with the upper part of the bucket body, section along the B-B line.

In FIG. 5 shows a section of the bucket body along the line B-B.

In FIG. 6 shows a section of the water extraction and rinsing sections along the G-D line.

In FIG. 7 shows a flat mop, front view.

In FIG. 8 shows a flat mop, top view.

In FIG. 9 shows the squeezing element, side view.

In FIG. 10 shows the squeezing element, cut along the D-D line.

In FIG. 11 shows a squeezing element with elastic elements.

In FIG. 12 shows the cleaner, front view.

In FIG. 13 is a cross section through the cleaner along the line E-E.

In FIG. 14 shows the cross installation of pile threads in the grooves of the cleaner.

In FIG. 15 shows the process of rinsing a flat mop.

In FIG. 16 shows the process of wringing out a flat mop.

The figures indicate: 1 - bucket body, 2 - handle, 3 - flat mop, 4 - water extraction section, 5 - rod, 6 - working part, 7 - rag, 8, 14 - holes, 9 - wringing element, 10 - main chamber, 11 - squeezing chamber, 12 - vertical wall, 13 - rinsing section, 15 - cleaner, 16 - bracket, 17 - water drain holes, 18 - plugs, 19 - axle, 20 - drum, 21 - fins, 22 , 25 - grooves, 23, 26 - pile threads, 24 - elastic elements.

Implementation of the invention

A bucket with a wringer and a flat mop includes a bucket body 1 with a handle 2, a flat mop 3 and a water wringer section 4.

The flat mop 3 contains a rod 5, a working part 6 attached with the possibility of rotation to the rod 5, and a rag 7 located on the working part 6 of the flat mop 3.

The water extraction section 4 consists of an opening 8 for accommodating the working part 6 of the flat mop 3 and the squeezing element 9.

The internal volume of the bucket body 1 is divided into the main chamber 10 and the squeezing chamber 11 by a vertical wall 12 mounted between the side walls of the bucket body 1.

The water wringing section 4 is installed above the wringing chamber 11 of the bucket body 1. A rinsing section 13 is installed above the main chamber 10 of the bucket body 1, including an opening 14 for accommodating the working part 6 of the flat mop 3 and the cleaner 15.

The water extraction section 4 and the rinsing section 13 are rigidly connected to each other, located in the same horizontal plane and mounted in the upper part of the bucket body 1.

A bracket 16 is mounted under the water wringing section 4. A wringing element 9 is rotatably installed in the bracket 16, and the wringing element 9 and the cleaner 15 are located parallel to the flat side of the working part 6 of the flat mop 3.

In the lower part of the body of the bucket 1 from the main chamber 10 and the squeezing chamber 11 there are holes for draining water 17 and provided with plugs 18.

In particular, in one embodiment of the device, the squeezing element 9 includes an axle 19 and a drum 20 (see Fig. 9, Fig. 10). Along the periphery of the drum 20 in parallel rows relative to the axis 19, ribs 21 are alternately installed and grooves 22 are made. the pile threads 23 and the tip are directed towards the accommodating working part 6 of the flat mop 3, and the length of the pile threads 23 exceeds the height of the ribs 21.

In particular, elastic elements 24 can be installed between the bracket 16 and the water extraction section 4 (see Fig. 11).

On the cleaner 15, grooves 25 are made in parallel longitudinal rows, and pile threads 26 are installed in the grooves 25 and directed towards the accommodated working part 6 of the flat mop 3 (see Fig. 12, Fig. 13).

In particular, in one of the embodiments of the device, the pile threads 26 in the grooves 25 of the cleaner 15 are installed crosswise (see Fig. 14).

A bucket with a wringer and a flat mop is used as follows

Preliminarily, the water squeezing section 4 and the rinsing section 13 connected to each other are installed in the upper part of the bucket body 1 so that the water squeezing section 4 is located above the squeezing chamber 11, and the rinsing section 13 is located above the main chamber 10.

Water is poured into the main chamber 10 of the body of the bucket 1 to a level corresponding to the height of the working part 6 of the flat mop 3. In this case, the plugs 18 are located inside the holes for draining the water 17.

Then the working part 6 of the flat mop 3 is rinsed, on which the rag 7 is connected. To do this, the handle 2 of the flat mop 3 is deflected towards the working part 6 at an angle of 90 degrees. Due to the swivel, the handle 2 will be parallel to the working part 6 of the flat mop 3 (see Fig. 15).

A flat mop 3 is placed above the rinsing section 13 of the bucket body 1 (see Fig. 15) and the vertical movement of the flat mop 3 through the hole 14 towards the bottom of the bucket body 1 rinses the rag 7. At the same time, the pile threads 26 of the cleaner 15 slide on the flat surface of the rag 7 .

Then, a flat mop 3 is placed above the water extraction section 4 of the bucket body 1 (see Fig. 16) and the vertical movement of the flat mop 3 through the hole 8 towards the bottom of the bucket body 1 wrings out the rag 7 from the "excess" moisture. With the vertical movement of the flat mop 3 through the hole 8, the drum 20 of the wringing element 9 rotates around the axis 19, fits snugly against the rag 7, compressing it with ribs 21, and displacing the "excess" moisture from the rag 7.

Next, the working part 6 of the flat mop 3 is moved to the required position relative to the handle 5 and the surface of the floor, walls, etc. is washed.

When the rag 7 is contaminated during surface washing, the handle 2 of the flat mop 3 is deflected towards the working part 6 at an angle of 90 degrees until it is parallel with the working part 6 of the flat mop 3 (see Fig. 15). Then a flat mop 3 is placed above the rinsing section 13 of the bucket body 1 and the vertical movement of the flat mop 3 through the hole 14 up and down relative to the bucket body 1 rinses the rag 7 with simultaneous cleaning of the rag. At the same time, the pile threads 26 of the cleaner 15 slide on the flat surface of the rag 7 and clean the hair and nets from it.

Further, a flat mop 3 is placed above the water wringing section 4 of the bucket body 1 (see Fig. 16) and the vertical movement of the flat mop 3 through the hole 8 up and down relative to the bucket body 1 not only wring out the rag 7 from "excess" moisture, but also additionally clean the rag 7 from the remaining hair and snare.

With the vertical movement of the flat mop 3 through the hole 8, the drum 20 of the wringing element 9 rotates around the axis 19, fits snugly against the rag 7, compressing it with ribs 21, and displacing the "excess" moisture from the rag 7. At the same time, pile threads 23, located between the ribs 21, additionally clean the rag 7 from the remaining hair and snare.

After visually determining the quality of cleaning and wringing out the rag 7, the process of washing the surfaces is repeated.

After the surface washing process is completed, the contaminated water from the main chamber 10 and the squeezing chamber 11 is drained. To do this, remove the plugs 18 from the holes for draining water 17.

Separation of the internal volume of the bucket body 1 into the main 10 and squeezing 11 chambers by a vertical wall 12 mounted between the side walls of the bucket body 1, and, accordingly, installing the water squeezing section 4 above the squeezing chamber 11 of the bucket body 1, and the rinsing section 13 above the main chamber 10 bucket body 1, allows you to exclude contamination of the rag 7 with "dirty" water when wringing it out after rinsing.

The presence of holes 8, 14 makes it possible to accommodate the working part 6 of the flat mop 3 in the water extraction section 4 and in the rinsing section 13 when rinsing the rag 7 and wringing it out.

The rigid connection of the water extraction section 4 and the rinsing section 13 with each other and their location in the same horizontal plane in the upper part of the bucket body 1 makes it possible to provide the same distance between the bottom of the bucket body 1 and the cleaner 15, the bottom of the bucket body 1 and the wringing element 9, which, taking into account the constant length of the working part 6 of the flat mop 3, will provide the maximum equal penetration of the working part 6 of the flat mop 3 with a rag 7 into the main 10 and squeezing 11 chambers of the bucket body 1 and, accordingly, the maximum contact effect of the squeezing element 9 and the cleaner 15 with a rag 7 .

The presence of a cleaner 15, on which the pile threads 26 are installed in parallel longitudinal continuous rows in the grooves 25 and the tip is directed towards the accommodated working part 6 of the flat mop 3, including the cross installation of the pile threads 26 in the grooves 25 of the cleaner 15, and the location of the cleaner 15 parallel to the flat side of the working part 6 of the flat mop 3, allows you to most effectively clean off the hair and nets from the flat surface of the rag 7 without untreated strips.

Installing the wringing element 9 in the bracket 16 with the possibility of its rotation, and the wringing element 9 is located parallel to the flat side of the working part 6 of the flat mop 3, makes it possible to ensure the constant contact of the wringing element 9 with the rag 7 and, accordingly, the high-quality wringing of the rag from the "excess" water.

Alternate installation along the periphery of the drum 20 in parallel rows relative to the axis 19 of the ribs 21 and pile threads 23, and the tip of the pile nets 23 is directed towards the accommodated working part 6 of the flat mop 3, and the length of the pile threads 23 exceeds the height of the ribs 21, allows you to simultaneously not only squeeze out high-quality rag from "excess" water, but also clean the rag 7 from the hair remaining on it and snare.

The installation of elastic elements 24 between the bracket 16 and the water wringing section 4 will ensure that the wringing element 9 is constantly pressed against the rag 7, regardless of the thickness of the rag 7.

The presence in the lower part of the bucket body 1 of the main 10 and squeezing 11 chambers of holes for draining water 17, equipped with plugs 18, makes it possible to drain "dirty" water from the main 10 and squeezing 11 chambers of the bucket body 1 without directly overturning the bucket into a container or sewer.

Claims (5)

1. A bucket with a wringer and a flat mop, including a bucket body with a handle, a flat mop, a water wringing section consisting of an opening for accommodating the working part of the flat mop and a wringing element, the flat mop contains a mop rod, the working part of the mop attached with the possibility of rotation to a mop rod and a rag located on the working part of the flat mop, characterized in that the internal volume of the bucket body is divided into the main and wringing chambers by a vertical wall mounted between the side walls of the bucket body, the water wringing section is installed above the wringing chamber of the bucket body, above the main chamber bucket body, a rinsing section is installed, including an opening for accommodating the working part of the mop and a cleaner, the water squeezing section and the rinsing section are rigidly connected to each other, located in the same horizontal plane and mounted in the upper part of the bucket body, a bracket is mounted under the water squeezing section, in the bracket the squeezing element is installed with the possibility of rotation, and the squeezing element and the cleaner are located parallel to the flat side of the working part of the flat mop, and in the lower part of the bucket body from the main and squeezing chambers there are holes for draining water and provided with plugs. 2. A bucket with a wringer and a flat mop according to claim 1, characterized in that the wringing element contains an axis and a drum, along the periphery of the drum, ribs are alternately installed in parallel rows relative to the axis and grooves are made, the ribs are rigidly fixed with one side to the outer surface of the drum, and the other side directed in different directions from the axis, pile threads are installed in the grooves of the drum perpendicular to the axis and the tip is directed towards the accommodated working part of the flat mop, and the length of the pile threads exceeds the height of the ribs. 3. A bucket with a wringer and a flat mop according to claim 1, characterized in that elastic elements are installed between the bracket and the wringing section. 4. A bucket with a wringer and a flat mop according to claim 1, characterized in that grooves are made on the cleaner in parallel longitudinal rows, and pile threads are installed in the grooves and the tip is directed towards the accommodating working part of the flat mop. 5. A bucket with a wringer and a flat mop according to claim 1, characterized in that the pile threads are installed crosswise in the grooves of the cleaner.

Images