[ 0042 ] fig1 shows a grip 1 according to the invention , which comprises a shank 2 and a head 3 which are connected to one another by means of a pivot 4 . a cleansing element according to the invention is diagrammatically depicted by 5 . the shape of the cleansing element and the shape of the head 3 are not subject to any particular limitations , but are preferably slightly egg - shaped , as can be seen in fig1 b . advantageously , the external dimensions of the cleansing element 5 are slightly greater than those of the head 3 . this promotes hygienic use of the grip 1 . [ 0043 ] fig2 shows a perspective view of an embodiment of a cleansing element 5 which comprises a u - shaped incision 6 . the lip 7 , i . e . the material inside the u - shaped incision , can be bent out , as shown in fig2 . [ 0044 ] fig3 shows another embodiment of a cleansing element 5 with an h - shaped incision 8 . the u - shaped lips 9 which are formed in this case can also be bent outwards . the lips 7 and 9 of the cleansing elements 5 shown in fig2 and 3 are used to attach the said cleansing elements to the head 3 of a grip 1 , the head 3 comprising suitable attachment openings 15 which will be discussed below . [ 0046 ] fig4 and 5 show two successive operating steps of a holder 10 for a cleansing assembly according to the invention . the holder 10 for the cleansing assembly comprises two compartments 11 and 12 . the first compartment 11 is used to hold stack of cleansing elements 5 , and the second compartment 12 is used to store the grip 1 and to attach a new cleansing element 5 to the said grip 1 . in the vicinity of the base , the compartments 11 and 12 are in communication with one another by means of an opening 13 . one of the cleansing elements 5 ′ can be pushed through the said opening 13 out of the compartment 11 into the compartment 12 by means which are not shown . these may , for example , be a slide device which can be actuated by foot . other means are also suitable , such as hand - actuable means or the like . a press - on projection 14 according to the invention is present on the base of the compartment 12 . the way in which the press - on projection 14 operates will be explained in more detail below . [ 0049 ] fig6 shows , in three steps a , b and c , the way in which a cleansing element 5 in accordance with fig2 is attached to the head 3 of a grip according to the invention , using a press - on projection 14 . the head 3 of the grip 1 comprises , on its underside , an attachment opening 15 which is to a large extent closed off by a hinged resilient lip 16 . furthermore , the head 3 comprises a stop 17 on the inside in the vicinity of the attachment opening 15 . when a cleansing element 5 has been introduced into the compartment 12 via the opening 13 and the grip 1 is lowered onto it , the position shown in fig6 a will be reached . when the grip 1 is pressed further downwards into the compartment 12 , the lip 7 will be forced out of the cleansing element 5 into the attachment opening 15 by means of the press - on component 14 , with the resilient lip 16 being opened up . the lip 7 will gradually be pressed further upwards as the grip 1 is moved further into the compartment 12 . ultimately , the position shown in fig6 c is reached . when the grip 1 is taken out of the compartment 12 , the cleansing element 5 is unambiguously attached to the head 3 , because the lip 7 is clamped between the stop 17 and the resilient lip 16 . resilient lip 16 is in this case an additional attachment means . [ 0052 ] fig6 d shows a perspective view of part of the inside of the underside of the head 3 with the cleansing element 5 in accordance with fig2 attached to it . this figure clearly shows the action of the stop 17 and the resilient lip 16 for securely clamping the lip 7 . reference is now made to fig7 with regard to the way in which a cleansing element 5 in accordance with fig3 is attached . in this case too , a cleansing element 5 is introduced into the compartment 12 via the opening 13 . as a result of the grip 1 being moved downwards into the compartment 12 , the lips 9 can be moved into an attachment opening 15 in the underside of the head 3 through interaction with the press - on projection 14 . in this case , the attachment opening 15 does not comprise a stop or resilient lip . in this embodiment , the material of the cleansing element 5 is important , since it has to be sufficiently rigid to be able to clamp the cleansing element 5 in the attachment opening 15 of the head 3 of the grip 1 as a result of the lips 9 being bent over . the cleansing element 5 is therefore attached as a result of frictional engagement between the lips 9 and the attachment opening 15 . a diagrammatic plan view is shown in fig7 c of the underside of the head 3 , with the lips 9 attached inside the attachment opening 15 . in this case too , the grip 1 is ready for use once it has been removed from the compartment 12 . of course , it is equally possible to use different shapes of incisions , with correspondingly adapted attachment openings . for example , two or more u - shaped or h - shaped incisions which are spaced apart from one another in the cleansing element can be used in combination with a corresponding number of attachment openings in the head 3 . consideration may also be given to cross - shaped or star - shaped incisions and the like . the following fig8 and 9 show two ways in which a cleansing element can be released from the attachment means after it has been attached . [ 0057 ] fig8 a and b show the way in which the cleansing element in accordance with the embodiment shown in fig6 is released , and fig9 a and b show the way in which the cleansing element in accordance with the embodiment shown in fig7 is released . in fig8 the resilient lip 16 is provided with a pull rod 19 . when this pull rod 19 is moved in the direction of the arrow , the cleansing element 5 can be released . by contrast , the embodiment shown in fig9 comprises a push rod 20 which can push the cleansing element 5 out of the opening 15 . to this end , this push rod is provided with a spherical component 21 in the vicinity of the head 3 . [ 0059 ] fig1 shows a plan view of a head 3 of a grip 1 with a cleansing element 5 with two t - shaped coupling components 22 attached to it . the width of the coupling components is therefore locally greater than the dimension of the attachment openings 15 , so that they can engage behind the material of the head 3 . in this way , the cleansing element is securely attached to the grip and the possibility of the cleansing element falling out of the grip is completely prevented . finally , fig1 shows a cleansing element 5 with three substantially h - shaped incisions 8 which are spaced apart from one another . when a cleansing element 5 of this nature is attached to a head 3 of a grip 1 , three sets of u - shaped lips 9 as shown in fig3 are formed . this ensures improved attachment of the cleansing element 5 to the head 3 over the entire bottom surface of the head 3 .
cleansing assembly comprising one or more cleansing elements and a grip with one or more attachment openings for attachment of a cleansing element , in which assembly the cleansing element consists of sheet material which , in the dry state , is substantially rigid and dimensionally stable , and comprises prefabricated , coupling components which , after the cleansing element has been attached to the grip , project into one or more attachment openings .