Abstract:
A housing (110), in particular for receiving a filter element (10) for filtering of a fluid, comprising along a longitudinal axis (A) a housing body (112), and a mating housing cover (114). A push-twist structure (120) is provided for connecting the housing body (112) and the housing cover (114) by way of a push-twist mount, the push- twist structure (120) having mating push-twist elements (122, 124) on the housing body (112) and the housing cover (114). An anti-rotation lock structure (160) is provided for securing the push-twist structure (120) in its closed position in an anti-rotation lock manner. The anti-rotation lock structure (160) provides at least one anchor portion (162) arranged along the circumference of the outer one of the housing body (112) and the housing cover (114). A clip element (170) is provided for connecting to the anchor portion (162). The clip element (170) and the anchor portions (162) are configured so that the clip element (170) is to be mounted to the anchor portion (162) in a predominantly circumferential mounting direction.
Abstract:
The present invention belongs to the technical sector of fluid filtration systems which can be used for air filtration in an internal combustion engine. The invention refers to a filtering device (1) including a housing body (6) which delimits a cavity, a pedestal (18) to mount the housing body (6) in an outer structure (5), and a support (15) to mount a fluid reservoir (10), wherein the support (15) includes a rear fitting bracket (16A), a front fitting bracket (17A), and a first element (71) of a retention system (70). The invention also refers to a vehicle including a filtering device.
Abstract:
The present invention belongs to the technical sector of fluid filtration systems which can be used for air filtration in an internal combustion engine. The invention refers to a filtering device (1 ) which includes a housing body (6); a filtering element (24) presenting an open axial end (26) equipped with a gasket (29). The housing body (6) presents an axially arranged annular bead (59) and a gasket border (60) around this annular border (59). The said gasket (29) presents an axial groove (61 ) slotted in the gasket border (60) and is compressed radially between the annular bead (59) and the gasket border (60). The invention also refers to a tubular filtering element.
Abstract:
The present invention belongs to the technical sector of fluid filtration systems which can be used for air filtration in an internal combustion engine. The invention refers to a filtering device (1) including a filtering element (24) which presents an open axial end (26) and an axial end (27) closed by a cover (28); and an intake cover (7). The said cover (28) includes at least a first tubular boss (55) projecting towards the intake cover (7); and the intake cover (7) includes at least a second tubular boss (57) complementary to the first tubular boss (55) and projecting towards the cover (28); the first tubular boss (55) is slotted in the second tubular boss (57). The invention also refers to a tubular filtering element (24) and to a maintenance process of a filtering device.
Abstract:
Disclosed is a fuel pre-filter module for pre-filtering fuel for internal combustion engines, including but not limited to internal combustion engines for light trucks, buses, construction, and agricultural machines. Also disclosed is a filter element for use in the fuel pre-filter module.
Abstract:
The present invention refers to a filtering device (1) equipped with a cyclone pre-cleaner and including a housing body (6) which delimits a cavity for a filtering element (24), and an intake cover (7) closing the said cavity, wherein the said intake cover (7) closes the pre-cleaner between a base (43) which cooperates with the housing body (6) and a grid (41).