Carl Freudenberg Kg

Freudenberg Household Products LP

Sp-kloner Ecotec S.l.

Norbert Weis

Uwe Dingert

Christian Stenglein

Karl-Ludwig Gibis

Marc Hunger

David McKnight

Ralf G Juergens

Hans-Jörg Clemen

Dieter Philipp

Reiner Wallbaum

Johannes Hohenhaus

Hans-Jorg Clemen

Diana Thyson

Mike Kosub

Markus Rueckheim

Alessandro Brugora

Robert Giacolo

Ralf Juergens

Christian Mast

Johannes Flath

Marc Heiland

Lars Schmitt

Tomaso Cascione

Susanne Walter

Olivier Bédué

Sabine Wilmes

Hannsgeorg Wolf

Christoph Zimmermann

Christoph Rieger

Daniel Baumgart

Klaus Schwoebel

Georg Huber

Gerrius Vroom

Jörg Hausdorf

Ralf JÜRGENS

Isik Özkan

David Mcnkight

A cleaning robot including: a main body; a drive device; and a cleaning device equipped for wet-cleaning floors to be cleaned, wherein: the main body, on the side facing the floor to be cleaned, is assigned a receptacle unit, a first mop pad configured for wet-cleaning is fastened to the receptacle unit, and the cleaning robot is configured to autonomously exchange the first mop pad fastened to the receptacle unit for a second mop pad.

Cleaning robot and cleaning system

A nonwoven includes: framework fibers; an at least in part fused thermoplastic material; and a thermally embossed mesh pattern having a plurality of intersecting embossed grooves, between which a plurality of embossed elevations are arranged. At least the framework fibers are staple fibers. An equivalent diameter of the embossed elevations is smaller than 50% of a fiber length of the framework fibers. A ratio of a width of the embossed grooves to a thickness of the nonwoven in a region of the embossed elevations is less than or equal to 4/5 A ratio of the width of the embossed grooves to a thickness of the nonwoven in a region of the embossed grooves is from 0.5 to 2.

Nonwoven with an embossed mesh pattern

A bucket includes: at least two chambers which are flow connected to one another by at least one overflow channel. One of the chambers is a combined washing-out/centrifuging chamber for a cleaning device. One of the chambers is a water level-regulating chamber configured to regulate a water level in the washing-out/centrifuging chamber. The water level-regulating chamber contains a displacement body which is movable by a first actuating device.

Bucket and cleaning system which comprises such a bucket

Cleaning brushware

A cleaning device has a main part and a handle with which an operator can displace the cleaning device on a surface being cleaned, two counter-rotatable rollers being received in the main part such that the rollers come into contact with the floor being cleaned, the rollers being arranged in the main part such that they are only separated by a shared air gap and/or longitudinal gap.

Manually-displaceable cleaning device having counter-rotatable rollers

A wringer device for a mop includes a basket-like receptacle in which the mop can be wrung out by being pushed in and a support for fastening the wringer device in a mop bucket. The receptacle can be guided in the support such that the receptacle can be moved in translation in an insertion direction of the mop.

Wringing device for a mop

A linear textile structure has at least two strands, wherein a first strand has microfibers and a second strand encloses the first strand, wherein the structure may provide a stable linear textile structure, by which the most effective cleaning possible can be achieved with minimum effort. Both strands can be brought into contact together at least in some sections and simultaneously with a surface to be cleaned.

Linear textile structure

A mop cover has a planar main body with four outer edges, wherein a longer first outer edge is oriented parallel to a longer second outer edge, the first outer edge being longer than the second outer edge, two shorter outer edges respectively extending between the longer outer edges, the main body having at least two pockets, into which mop wings or tensioning elements can be introduced to tense the planar main body, being configured such that the mop cover can be readily gripped, and tensioned, by rectangular wings, wherein the mop cover can be guided effectively for cleaning purposes with the greatest possible degrees of freedom in corner regions, a mop cover of the type mentioned in the introduction is characterized in that at least one outer edge and/or at least one pocket are/is assigned at least one stiffening element for the partially reinforced stiffening of the main body.

Trapezoidal mop cover

In an embodiment, the present invention provides a torsion wringer including: a contraction device for receiving a mop head of a mop, the contraction device having an upper part and a lower base which are interconnected by contraction lamellae, the contraction lamellae being hinged to the upper part and to the lower base such that the upper part can rotate relative to the lower base, the contraction device being movable relative to a carrier device over a distance of travel, as a result of which the upper part rotates through an angle of rotation relative to the carrier device and relative to the lower base. A reduction unit is provided so as to reduce a force which counteracts the rotation of the upper part.

Torsion wringer having little travel

A torsion wringer has a receiving device for receiving the head of a mop, the receiving device having an upper part and a lower part which can be interconnected by elements. The design and to development of the torsion wringer can provide a mop that can be freed from liquid in a problem-free manner. The torsion wringer has elements designed in such a manner and/or are articulated on the parts of the container such that the parts can be rotated with respect to each other.

Torsion wringer

A cleaning apparatus for cleaning floors and/or surfaces, having a container for holding a cleaning fluid, a discharge device for discharging the cleaning fluid onto a floor and/or surface to be cleaned, and a heating device for heating and/or tempering and/or evaporating the cleaning fluid. The cleaning apparatus can easily be supplied with energy for heating and/or tempering and/or evaporating the cleaning fluid, and the apparatus can be operated cordlessly.

Cleaning apparatus with a fluid container

In respect of the problem of specifying a broom head which can readily sweep up differently sized particles and mixtures of the same, a broom head comprising a basic body (), from which clusters () of bristles project, characterized in that the clusters () have a cross section which is neither round nor circular.

Broom head with bristle structure

A mop comprising a mop head () that has at least one cleaning strip () is disclosed. The cleaning strip () comprises at least one cleaning surface () on which raised cleaning islands () made of flock fibers are arranged. The cleaning strip () is attached to the mop head () at one of its ends () and has a free end (). The raised cleaning islands () on the at least one cleaning surface () of the cleaning strip () are arranged at certain distances () from each other and are surrounded on all sides by storage spaces () for holding dirt. The size of the storage spaces () steadily decreases from the end () of the cleaning surface () facing the mop head () in the mopping direction () of the free end ().

In respect of the problem of indicating a broom head () which can be produced such that its individual parts are easy to store, wherein the individual parts are fixed to one another following production of the broom head, said broom head () comprising a basic body () with a plate (), from which project first cleaning elements () for directing towards a surface which is to be cleaned, wherein the plate () also has second cleaning elements (), which assist the cleaning performance of the first cleaning elements (), projecting from it, is characterized in that the second cleaning elements () are arranged on a module () which can be introduced, as a separate individual part, into an aperture () of the plate () such that the second cleaning elements () engage through the plate ().

Broom head

Growing community of inventors

Weinheim, Germany

Norbert Weis