DE102013210337B3 - Wiping mop washing and pressing system - Google Patents

Abstract

The invention relates to a mop washing and squeezing system. As a result, the fibers of the cleaning side of a mop designed in a rectangular shape can be actively moved and rinsed in the mopping water when guided over a profiled surface on the one hand, and on the other hand, when guided over a similarly profiled surface outside the liquid level of a container filled with water and cleaning agent, without effort be squeezed out. The one mop washing and squeezing system is characterized in that one of the solid, profiled bases (3) is arranged above and a second solid, profiled base (9) is arranged below the water level of the mop water in the container and on both long sides of the insert (1) receptacles (7, 12) for the handle of a mopping device with an attached mop are attached, the respective receptacle (7, 12) merging at its free end into a plate (8, 13) angled horizontally inwards by 90 °, has the recesses (2, 5) for the handle of the mopping device.

Description

The invention relates to a mop wash and -auspresssystem according to the preamble of claim 1.

The fibers of the cleaning side of a mops formed in a rectangular shape can be actively moved and rinsed in the mop water while being guided over a profiled underlay and, secondly, guided over an analogously profiled base outside the liquid level of a container filled with water and cleaning agent without effort be squeezed out.

For cleaning, care and possibly simultaneous disinfection of natural, artificial stone, parquet, laminate, linoleum or the like by means of water and the additives of appropriate care products a variety of equipment have been developed for household and commercial. This essentially eliminates the cleaning of a floor as previously described with a scrubber and mop and mechanical hand tools are used which use interchangeable and extrudable flat nonwoven substrates or elements with strip-like absorbent materials and which are attached to manually tradable holders, rinsed in specially trained containers and pressed out. The extrusion is not done directly by hand, but usually via an additional device that is combined with a rinsing container.

To illustrate the state of the art will be explained in more detail below by way of example some solutions.

To DE 299 21 505 U1 is a floor mop known. It consists of the actual floor wiper, a special bucket and an integrated drainage screen plate. The floor wiper is a fixed plate with a movable handle, with the plate attached to a Velcro-mounted rubber layer, which carries a flow pad on the wiping side. Inside the bucket is a fixed screen plate with rows of holes, running between these drainage strips.

With DE 20 2007 011 485 U1 a mop washer and wringer system has become known. The plate-shaped mop is immersed vertically with folded handle into a washing container, the height of the washing container makes more than the width of the plate with the mop, as above the water filling a region with a squeezing, which is pivotally mounted, is provided. Dirt and dirty water arrive during the flushing / washing process in one and the same container.

In DE 20 2011 002 627 U1 is called a device for pressing a wipe. In this case, the wiper is located on a flat, rectangular surface of a floor wiper, which is inserted into a squeezing device of a bucket connected to it. The wiping cloth can be pressed by pressing a foot onto a cover surface closing the squeezing device. The squeezing device opens automatically by permanently acting spring force.

According to DE 195 21 341 A1 a cleaning device for wet wiping is proposed. The attached to a holder with a movable handle wipe is placed on a squeezing with manually applied force and expressed, with excess wiping water is absorbed by a suction body, which lies on the support of the squeezing. The support is provided with openings so that the squeezed waste water can be collected in a separate chamber of the wiper from the fresh water. Solid dirt particles that remain on the wipe despite rinsing can not be removed via the squeezing device.

From the DE 93 01 615 U1 is a Wischmopwasch- and -auspressystem as the use of a, rectangular in cross-section container for the wiping water, the container having a profiled pad in only one plane above the water level and taking pictures with a horizontally inwardly angled by 90 ° bracket for the stem a wiper device are arranged on the container.

The DE 11 2005 003 792 T5 describes a fixed in a rectangular container mop wash and -auspresssystem, with a single, pivoting and under mechanical prestressing solid, profiled in the interior of the container, and wherein the profiled pad occupies its end position with spring relief above the water surface of the mop water.

Finally, be the DE 296 12 682 U1 mentioned, in which a mop washing and -auspresssystem is disclosed, which is firmly integrated in a two-stage container for the mop water, wherein the surfaces on which the mop is able to slide, is profiled with lamellae.

It can thus be seen that the prior art continues to adhere to disadvantages that have to be overcome with a new, inventive solution.

It is therefore an object of the invention to provide a solution for rinsing and extensive dehumidification of a textile fibers consisting of mop to propose that the textile fibers of a wiping device temporarily mounted and removable mop by hanging in a recording for a profiled wash plate, which can be permanently under water in a bucket, at least in two directions of movement alternately erected and placed and in a Level outside the liquid level of Wischenimers a likewise the same fiber movement generating profiled Auspressplatte is arranged, which has an identical receptacle for the mop so that energy-saving dehumidification of a clean rinsed / washed mop is possible.

The object of the invention is solved by the features of claim 1.

Advantageous embodiments result inter alia from the dependent claims.

The invention relates to a mop wash and -auspresssystem as the use of a, in particular rectangular in cross-section container for the mop water, the container over its entire width in at least two horizontally aligned planes fixed, profiled documents, which are connected to the insert receives , while one of the solid, profiled documents above and a second solid, profiled pad below the water level of the wiper water located in the container is arranged and mounted on both long sides of the insert shots for the stem of a wiper device with mounted mop, the respective recording at its free end in a horizontally inwardly by 90 ° angled plate merges, which has recesses for the stem of the wiper device.

This makes it possible, on the one hand, on the permanently underwater solid profiled underlay by sideways executable reciprocating movements on the stem of the wiper device, which is loosely movable into the receptacle with recesses, the fibrillation of a mop specifically "relocate" and to the approach to "Wash", wherein flushed dirt is deposited by the distance to the bottom of the container with respect to the position of the solid profiled backing as sediment. The dry pressing or extensive dehumidification of the mop can then be made in an analogous function on a solid, profiled pad outside the mop water.

In an embodiment of the invention, it is provided that the profiling of each solid, profiled documents from one side to their long sides in a frame firmly clamped and laterally elastically yielding, rod-shaped metal elements is formed, with their free ends rest on the opposite side of the frame.

It is in principle conceivable that the insert with the height of its height attached to him different firm, profiled documents in a one-piece container for the wiper water or, when forming the insert with a present at its footprint longitudinal gap, the center in the frame of the insert to extends at least to the height of the solid, profiled pad, which extends above the water level of the mop water, can be inserted into a two-part container.

The formation of the scaffold from the insert with the attached solid, profiled documents with a longitudinal gap on the base for a two-part container has the advantage that dirty Aufwischwasser can be separated from wrung water.

It is also advantageous that the recesses are designed in the 90 ° inwardly angled plates of a respective receptacle for the stem of a wiper device for a lateral reciprocating movement of the mop mounted on the wiper device on the respective solid, profiled pad, said Stalk of the wiper device can be pivoted up to about 45 ° from the vertical to both sides.

As a result, a fiber-deep solution of dirt particles and a dehumidifying squeezing can be realized almost exclusively only with the aid of laterally executable movements of the cleaning mop side to be cleaned and dehumidified on the firm, profiled underlays, with only slight manual loading.

To ensure the lateral freedom of movement of an inserted into the respective receptacle stem of a wiper device is provided that the width of the container, respectively the solid, profiled documents therein, is greater than the width of the mop on the mop.

In one embodiment of the invention, it makes sense that loosely, thin-walled and rotating around its own axis tube sleeves are attached to the elastically yielding rod-shaped metal elements. Such a measure causes the loose, thin-walled tube sleeves convey the foam formation in the wiping water of the container by means of their mobility, so that the washing of the fibers of a mop takes place even more thoroughly.

The Wischmopwasch- and -auspresssystem can also be attached part of a, in particular rectangular in cross-section container for be the mop water, wherein in the container on each of an inner wall of a container wall sliding in guides and standing under mechanical prestress solid, profiled underlay in the interior of the container, while one of the solid, profiled pad with spring relief above and one with spring relief always below the water surface of the wiping water assumes its end position.

This makes it possible to increase the wash intensity and the dehumidification of a mop by means of an applied against the spring effect manual pressure on the stem of the mop, but this requires no significant manual effort.

When using spring-mounted fixed, profiled documents can be provided that these, each individually or in operative connection with each other standing, synchronously lowered.

This ensures that an optionally not used solid, profiled underlay can be subjected to an "intermediate cleaning" and the mop is not placed on any dirt particles that may still be adhering to the rod-shaped metal elements.

It is conceivable that the spring-mounted fixed documents - similar to the separation in the design of the fixed insert - are housed in a two-part container for the wiping water and thereby each individually or by functional coupling can be lowered synchronously.

In addition, it can be provided that a solid, profiled pad is firmly attached to an inner wall of the container and another resilient and adjustable in height on an opposite inner wall of the container.

The mop wash and -auspresssystem can also be firmly integrated in a two-stage container for the mop water, the surfaces on which the mop is able to slide, is profiled with lamellae.

The invention will be explained in more detail with reference to embodiments.

The individual figures show:

1 Wiping mop washing and -auspresssystem as a use in a one-piece container for cleaning water,

2 permanently installed mop wash and squeeze system in a graduated container for mop water,

3 according to 2 in side view (sectional view),

4 Wiping mop washing and -auspresssystem as a use in a two-part container for wiping water (sectional view),

5 resilient mounting of a solid, profiled base in guides-hanger on a container inner wall (side view in section), and

6 according to 5 (Front view).

1 shows the basic structure of a Wischmopwasch- and -auspresssystems with each other in a scaffold of an insert 1 mutually firmly spaced solid, profiled documents 3 . 9 , Here is provided that the use 1 in a one-piece container (not shown in detail) used for cleaning water or can be lifted out. The solid, profiled base 3 is located above and the solid, profiled pad 9 below the filling of a container with cleaning water. In the recesses 2 . 5 For example, the handle of a washing device with a mounted mop can be pivotally inserted, so that a defined transverse movement of a mop within the frame 4 . 6 is possible. In this case, the cleaning side of the mop slides over adjacent and spaced apart rod-shaped metal elements 10 , In a one-sided restraint 11 are the latter with the frame 4 and 6 firmly connected. You can thereby perform lateral vibrating vibrations.

The 2 and 3 show an embodiment of a Wischmopwasch- and -auspresssystem with particular solid involvement of provided in the two-stage housing for the container slats 16 . 17 that are on different fixed levels. The water level 15 can if necessary also extend over both stages.

With 4 is an assignment 1 has been proposed by means of a provided in its frame longitudinal gap over a container inner wall 21 a two-part container is positively guided, the solid, profiled documents 23 . 26 fulfill their function as an element of washing or squeezing the cleaning surface of the mop in different fixed height.

The 5 and 6 show in two views one to a container wall 31 a container for the cleaning water attachable and spring-loaded solid, profiled pad 29 sliding in parallel and vertically oriented guides, with brackets at one end of the guides 32 are attached, which is a temporary suspension of the device to the container wall 31 allow the container for the mop water.

LIST OF REFERENCE NUMBERS

1

commitment

2

recess

3

solid, profiled base

4

frame

5

recess

6

frame

7

admission

8th

plate

9

solid, profiled base

10

rod-shaped metal element

11

clamping

12

admission

13

plate

14

container wall

15

water level

16

lamella

17

lamella

18

plate

19

plate

20

admission

21

containment baffle

22

Vessel wall

23

solid, profiled base

24

stiffening

25

longitudinal gap

26

solid, profiled base

27

guide

28

feather

29

solid, profiled base

30

admission

31

container wall

32

bracket

Claims (9)

Wiping mop washing and pressing system as insert ( 1 ) of a, in particular rectangular in cross-section container for the mop water, wherein the container over its entire width in at least two horizontally aligned planes fixed, profiled documents ( 3 . 9 ), with the use ( 1 ), characterized in that one of the solid, profiled documents ( 3 ) above and a second solid, profiled pad ( 9 ) is arranged below the water level of the wiping water in the container and in each case on both long sides of the insert ( 1 ) Recordings ( 7 . 12 ) are mounted for the stem of a wiper device with a mounted mop, wherein the respective receptacle ( 7 . 12 ) at its free end in a horizontally inwardly by 90 ° angled plate ( 8th . 13 ), the recesses ( 2 . 5 ) has for the stem of the mop. Wischmopwasch- and Auspresssystem according to claim 1, characterized in that the profiling of the respective solid, profiled documents ( 3 . 9 ) from across their long sides in a frame ( 4 . 6 ) on one side firmly clamped and laterally elastically yielding rod-shaped metal elements ( 10 ) is formed, with their free ends on the opposite side of the cream ( 4 . 6 ) rest. Wiping mop washing and pressing system according to claim 1 or 2, characterized in that the insert ( 1 ) with the fixed, profiled documents (different in height) attached to them ( 3 . 9 ) in a one-piece container for the wiper water or, when training the use ( 1 ) with a longitudinal gap ( 25 ) centered in the framework of the mission ( 1 ) to at least the height of the solid, profiled pad ( 26 ), which extends above the water level from the mop water, can be inserted into a two-part container. Wiping mop washing and squeezing system according to one of claims 1 to 3, characterized in that the recesses ( 2 . 5 ) in the 90 ° inwardly angled plates ( 8th . 13 ) of a respective recording ( 7 . 12 ) for the stem of a wiper device for a lateral reciprocation of the mop mounted on the wiper device on the respective solid, profiled pad ( 3 . 9 ) are designed, wherein the stem of the wiper device by up to about 45 ° from the vertical to both sides is pivotable. Wischmopwasch- and Auspresssystem according to claim 4, characterized in that the width of the container, respectively the solid, profiled pad ( 3 . 9 ), is greater than the width of the mop on the mop is. Wiping mop washing and pressing system according to claim 2, characterized in that on the elastically yielding rod-shaped metal elements ( 10 ) Loose, thin-walled and rotating around its own axis tube sleeves are plugged. Wiping mop washing and squeezing system according to one of claims 1 to 6, characterized in that the insert is formed as an attachable part of a rectangular container, and at least one of the two associated with the application documents ( 3 . 9 ) is spring-loaded, wherein at spring relief one of the documents ( 3 . 9 ) is always above and under load or mechanical movement is always below the water surface. Wiping mop washing and expressing system according to claim 7, characterized in that the two documents ( 3 . 9 ) in each case individually or in operative connection with each other are lowered synchronously. Wischmopwasch- and Auspresssystem according to claim 7 or 8, characterized in that the two documents are placed separately in a two-part container and thereby each individually or in operative connection with each other are lowered synchronously.

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