Abstract:
The invention relates to apparatus driving circulation in baths, pools and the like, comprising a pump powered by a drive, further a filter section consisting of a housing and a cover, a filter being configured in said housing and being kinematically linked by hookup elements to the cover in a manner that said filter moves jointly with said cover.
Abstract:
A filter assembly, comprising: a housing defining an inner cavity; a mounting member formed with the housing, the mounting member having at least one feature for engaging a feature of a center tube of a removable filter cartridge being configured to be removably inserted into the housing, wherein the at least one feature engages the feature of the center tube as the filter assembly rotates therein.
Abstract:
A filter element is removably positionable within a filter housing defining a filter chamber for said filter element. The filter housing comprises a standpipe extending within the filter chamber. The filter element includes a tubular filter media circumscribing the standpipe, a first end cap supporting the filter media at one end thereof, a second end cap longitudinally spaced from the first end cap and supporting the filter media at the opposite end thereof, and a center tube extending between the first and second end caps. The center tube has at least one inlet opening therethrough at a first end thereof adjacent to the first end cap and a standpipe opening therethrough at a second end thereof adjacent to the second end cap. The second end cap has at least one intake opening therethrough radially spaced from the standpipe opening in the center tube.
Abstract:
A compact filter element in which the end faces of a plurality of nonwoven filter layers (3) are fixedly integrated into a cover (4) and in which the oncoming flow of fluid to be filtered is deflected in the cover (4) in such a way that the fluid flows respectively into every second or alternating area between two adjacent nonwoven filter layers (3) and flows through the nonwoven filter layers (3) into the intervening spaces between the spaces between filter layers in to which it initially flows, from which intervening spaces it exits the filter element.
Abstract:
A filter assembly, having a housing including a housing bottom portion; at least one ring filter element that is received by at least one receiving space defined at least in part by the housing, wherein the receiving space includes a receiving space bottom portion; a cover attached to the housing bottom portion and configured for at least partially enclosing the at least one receiving space and the ring filter element, wherein the at least one receiving space may be selectively emptied when the cover is removed; an outlet located at the receiving space bottom portion within the cover; and a closure located on the at least one ring filter element, wherein the closure is configured to at least partially close the outlet when the at least one ring filter element is inserted into the at least one receiving space.
Abstract:
Filtration systems may comprise a manifold having a fitting and a filter having a fitting. One of the manifold fitting and the filter fitting may comprise a nozzle including a tip portion having a contact surface. The other of the manifold fitting and the filter fitting may comprise a receptacle which receives the nozzle and has a contact surface. The filter may be removably mountable to the manifold with the filter fitting detachably engaging the manifold fitting and the contact surface at the tip portion of the nozzle abutting and sealing against the contact surface of the receptacle to prevent leakage at the end of the nozzle.
Abstract:
An oil filter arrangement (10) comprises a housing, which has a receiving chamber (16) for a filter element (18) which can be cross-flowed in a radial manner by oil and which can be inserted into the housing, a support tube (42) which supports the filter element when it is inserted and a cover (14) which can be screwed to the housing (12) via a thread (15). The cover comprises engaging ribs (44) which are used to rotate the filter element (18) when screwing and/or unscrewing the cover (14) to the housing and/or from the housing.
Abstract:
The invention relates to an oil filter device (1) for an internal combustion engine, comprising a support element (2) and a substantially cylindrical filter cartridge (3) which can be connected, especially screwed, to the support element (2). The invention is characterized in that the filter cartridge is arranged essentially in an upright position while an annular duct (4) which surrounds the filter cartridge (3) in the screwed-on state is embodied inside the support element (2). The duct (4) is fluidically separated from the interior of the filter cartridge (3) when the filter cartridge is screwed on while said separation is eliminated when the filter cartridge (3) is removed. Furthermore, the duct (4) is configured as a drainage duct and is fluidically connected to an oil reservoir when the filter cartridge (3) is removed such that the filter cartridge is easy to replace while no oil is spilled, preventing pollution of the environment.
Abstract:
The invention relates to a fluid filter (1), in particular an oil filter for cleaning lubricating oil, in particular for internal combustion engines of motor vehicles, comprising a receiving space (3) for receiving a ring filter element (4), a cover (5) that can be attached to a housing (2) for closing the receiving space (3), an inlet (6) for crude fluid, an outlet (7) for cleaned fluid, an outlet (8) arranged on the bottom of the receiving space (3) in the installed state through which the receiving space (3) can be emptied when the cover (5) is removed, and a closure (11) arranged on the ring filter element (4), closing the outlet (8) when then ring filter element (4) is inserted into the receiving space (3) and the receiving space (3) is closed with the cover (5).To achieve another installed state, the cover (5) that can close the receiving space (3) is arranged on the bottom of the housing (2) in the installed state and contains the outlet (8).
Abstract:
A fitting for formation of a fluid-conducting connection on a container (1) of plastic, in particular a tank for receiving a fluid, specifically a hydraulic fluid, has a connection part in the form of a hollow element (5) with a jacket (21). The jacket extends along a longitudinal axis of the hollow element (5) between its ends (7, 23). The hollow element (5) is embedded in the plastic of the wall (3) of the container (1). An open end (7) of the hollow element (5) on the edge of an opening (9) in the container (1) and at least one partial area of the jacket (21) of the hollow element (5) are enclosed by the plastic of the wall (3) of the container (1).