A bearing arrangement having a sealing arrangement made of, in particular a one-piece, circumferential and/or elastomeric, preferably rubber-like sealing material for sealing the sealing space, comprising a bearing-sided sealing region and inserted between at least one outer ring or an outer rotatable bearing component and at least one inner ring or an inner rotatable bearing component of a rotary connection which is rotatable relative to one another about the same central axis and separated by a gap, wherein the sealing arrangement is releasably and again exchangeably positively and force-lockingly connected to a structure, in particular to a puncture inserted rotatable to a horizontal outer surface of the first rotatable bearing component's parallel surface, as well as to a projecting material bulge with a lower, bearing-sided surface as an integral part of said first outer or inner rotatable bearing component, comprising the following elements: an upper edge of the seal assembly; two upper sealing lips (26, 27); an upper deformation space as recessing of the sealing material; the bearing sided sealing region; a barb-shaped fixing member for introducing the seal into the bearing component; a region of the sealing arrangement resting against a lower, bearing-sided surface of the material bulge; a lower deformation space as a recess of the sealing material; characterized in that a) the upper edge of the sealing arrangement closes approximately flush with the horizontal outer surface of the first rotatable bearing component in which the material bulge of the sealing arrangement is present; wherein b) all contact points or surfaces of the two upper sealing lips (26, 27) are located on the second rotatable bearing component located opposite and above the horizontal outer surface (20; 21) of the first rotatable bearing component; c) the seal region on the bearing side separates the space to be sealed from the surrounding outside the gap in which the seal arrangement is inserted in a board-like manner; and d) the material bulge has a geometry which projects into the space to be sealed, the lower surface of which on the bearing side engages with the sealing arrangement, the material bulge projecting in the direction of the bearing centre and being enclosed by the sealing arrangement on the lower surface on the bearing side. an upper edge of the seal assembly; two upper sealing lips (26, 27); an upper deformation space as recessing of the sealing material; the bearing sided sealing region; a barb-shaped fixing member for introducing the seal into the bearing component; a region of the sealing arrangement resting against a lower, bearing-sided surface of the material bulge; a lower deformation space as a recess of the sealing material; characterized in that a) the upper edge of the sealing arrangement closes approximately flush with the horizontal outer surface of the first rotatable bearing component in which the material bulge of the sealing arrangement is present; wherein b) all contact points or surfaces of the two upper sealing lips (26, 27) are located on the second rotatable bearing component located opposite and above the horizontal outer surface (20; 21) of the first rotatable bearing component; c) the seal region on the bearing side separates the space to be sealed from the surrounding outside the gap in which the seal arrangement is inserted in a board-like manner; and d) the material bulge has a geometry which projects into the space to be sealed, the lower surface of which on the bearing side engages with the sealing arrangement, the material bulge projecting in the direction of the bearing centre and being enclosed by the sealing arrangement on the lower surface on the bearing side. a) the upper edge of the sealing arrangement closes approximately flush with the horizontal outer surface of the first rotatable bearing component in which the material bulge of the sealing arrangement is present; wherein b) all contact points or surfaces of the two upper sealing lips (26, 27) are located on the second rotatable bearing component located opposite and above the horizontal outer surface (20; 21) of the first rotatable bearing component; c) the seal region on the bearing side separates the space to be sealed from the surrounding outside the gap in which the seal arrangement is inserted in a board-like manner; and d) the material bulge has a geometry which projects into the space to be sealed, the lower surface of which on the bearing side engages with the sealing arrangement, the material bulge projecting in the direction of the bearing centre and being enclosed by the sealing arrangement on the lower surface on the bearing side.