Wiper blade adapter unit
AssigneeRobert Bosch GmbH
InventorsKoen Bex, Dirk Herinckx, Helmut Depondt
Life of this patent
Estimating the term…
Abstract
The invention relates to a wiper blade adapter unit for connecting a wiper blade (10) to a wiper arm adapter (12), comprising a main part (16) which receives an end (14) of the wiper arm adapter (12) in particular and which has a plateau (20) on the main part lower face (18). At least one region (22, 24, 26) is provided on the main part (16), said region being designed in a flexible manner for the purpose of a shape and/or tolerance compensation. The region (22) that is flexible for the purpose of a shape and/or tolerance compensation is arranged within the plateau (20).
Claims19
A wiper blade adapter unit for connecting a wiper blade (10) to a wiper arm adapter (12), comprising a main part (16) which receives an end (14) of the wiper arm adapter (12) and which has a plateau (20) on a main part lower face (18), wherein at least one region (22, 24, 26) is provided on the main part (16), which at least one region is designed in a flexible manner for the purpose of at least one of shape compensation and tolerance compensation, characterized in that the at least one region (22, 24, 26) includes a region (22) that is arranged within the plateau (20), wherein the region (22) includes a flexible resilient lug, wherein the main part lower face (18) includes a lower abutment surface (58) configured to contact the wiper arm adapter (12), and wherein the flexible resilient lug is movable relative to the lower abutment surface (58), wherein a second flexibly designed region (24) is arranged on the lower face (18) of the main part (16) in addition to the flexibly designed region (22) arranged within the plateau (20), wherein the flexibly designed region (24) arranged on the lower face (18) of the main part (16) is embodied as a resilient lug which projects above the plateau (20) in a direction that is oriented away from an upper face (30) of the main part (16).
A wiper blade adapter unit for connecting a wiper blade (10) to a wiper arm adapter (12), comprising a main part (16) which receives an end (14) of the wiper arm adapter (12) and which has a plateau (20) on a main part lower face (18), wherein at least one region (22, 24, 26) is provided on the main part (16), which at least one region is designed in a flexible manner for the purpose of at least one of shape compensation and tolerance compensation, characterized in that the at least one region (22, 24, 26) includes a region (22) that is arranged within the plateau (20), wherein the region (22) includes a flexible resilient lug, wherein the main part lower face (18) includes a lower abutment surface (58) configured to contact the wiper arm adapter (12), wherein the flexible resilient lug is movable relative to the lower abutment surface (58), wherein the main part (16) includes two side walls (36, 38), wherein the lower abutment surface (58) extends between the two side walls (36, 38), wherein the flexible resilient lug is closer to one of the two side walls than the other side wall, wherein the flexible resilient lug includes at least one side abutment surface (28), and wherein the at least one side abutment surface (28) faces toward one of the two side walls (36, 38).
A wiper blade adapter unit for connecting a wiper blade (10) to a wiper arm adapter (12), comprising a main part (16) which receives an end (14) of the wiper arm adapter (12) and which has a plateau (20) on a main part lower face (18), wherein at least one region (22, 24, 26) is provided on the main part (16), which at least one region is designed in a flexible manner for the purpose of at least one of shape compensation and tolerance compensation, characterized in that the at least one region (22, 24, 26) includes a region (22) that is arranged within the plateau (20), wherein the region (22) includes a flexible resilient lug, wherein the main part lower face (18) includes a lower abutment surface (58) configured to contact the wiper arm adapter (12), and wherein the flexible resilient lug is movable relative to the lower abutment surface (58), wherein the main part (16) includes two side walls (36, 38), wherein the lower abutment surface (58) extends between the two side walls (36, 38), wherein the flexible resilient lug is closer to one of the two side walls than the other side wall, wherein the region (22) is a first region and the resilient flexible lug is a first resilient flexible lug, and wherein the at least one region (22, 24, 26) includes a second region (24) that includes a second resilient flexible lug that is closer to one of the two side walls than the other side wall.
Dependencies are inferred from the claim text.