Abstract:
A filter cartridge includes a removable filter. The filter cartridge includes housing that connects to a manifold at one end and has a removable cover at another end. The removable cover is held onto the housing by a removable connector. When one desires to change the filter, the cartridge is disconnected from the manifold, the removable connector is removed, then the removable cover is removed, and then the removable filter is replaced. Next, the removable cover is put back on, then the connector is connected, and the cartridge is reconnected to the manifold.
Abstract:
A flow connector adapted to connect a lug-type filtration sump to a screw-type filtration head, having a first portion for receiving a lug-type filtration sump, and a second portion receivable by a screw-type filtration head.
Abstract:
A filter element for a filter device of an internal combustion engine, in particular a motor vehicle, is disclosed. The filter element for filtering a fluid of the internal combustion engine can be inserted in the direction of an insertion axis along a lateral wall of a filter housing. The filter element has at least one sealing element for fluidically blocking at least one throughflow opening formed in the lateral wall.
Abstract:
A seal comprises a lid that is rotary-mounted to a filter container base and has a body with at least two stub pipes and an internal part attached to the body in which are formed circulation ducts positioned as an extension of the stub pipes in opened position, and at least one bypass duct connecting the stub pipes in closed position. The internal part is attached to the body using a rotary bayonet mount by rotating to closed position in which the stub pipes are connected by the bypass duct, and the body together with the attached internal part are attached to the base using a rotate-and-lock bayonet mount. In closed position the internal part is attached to the base in a stationary manner using a longitudinal head joint formed on the joined elements, and the changing to opened position occurs by rotating the body in the rotate-and-lock bayonet mount.
Abstract:
Filter assemblies comprising filter cartridges having a first coupling member including at least one lug having an outer diameter, and a support comprising a second coupling member having at least one channel for receiving the lug, the channel having corresponding channel walls, a terminal section including a closed end and a horizontal axis, and an angled section having an open end, the terminal section including a lug retaining section having a cross-sectional area less than the outer diameter of the lug, methods of coupling the cartridges to the supports, and methods of using the filter assemblies, are disclosed.
Abstract:
A filter and its holder each have a keyed surface, one being a protruding “key” and one being a recessed “lock,” wherein cooperation of these keyed surfaces is required in order for the filter to be installed in the holder. Modification/adaptation of the keyed surfaces, by changing the location, number and length of the key protrusions and cooperating recesses during manufacture, allows various sets of mating filters and holders to be produced so that only mating/matching filters and holders may be connected together. The keyed protrusions are preferably located on an upper shoulder or on protruding flange(s) of the upper end of the filter. The cooperating recess structure inside the filter holder comprises axial recesses that allow axial insertion of the key protrusions, and hence the filter, into the holder and also a circumferential recesses portion that receives multiple key protrusions to retain the filter in the holder. This way, multiple key protrusions slide into and are retained in a single circumferential recess/slot, rather than each key protrusion being received in its own separate circumferential recess/slot.
Abstract:
A water filter includes a filter unit having a body portion adapted to be rotatingly received into a filter head assembly. An engagement protrusion extends from the body portion and is adapted for reception in a complementary receiver in the filter head assembly. An electronic device is disposed on the filter unit having a memory storage unit. A laterally extending key member is disposed on the body portion between the first engagement surface and the second engagement surface. The laterally extending key member is adapted to reposition an interference member from an interference position, whereby the body portion can be fully inserted into the filter head assembly to a non-interference position, whereby the body portion can be fully inserted into the filter head assembly.
Abstract:
A fluid filtering apparatus and method may include keyed components to ensure that a correct filter element is being installed into a filter base, and to automatically actuate a fluid valve as the filter element is rotated into place on the base. Tool-less replacement of the element is provided. An embodiment of the element may include inner and outer substantially tubular-shaped media packs disposed about an axis, with one end of each of the inner and outer media packs being attached to an end cap of the element in a manner defining a fluid flow space between the inner and outer media packs for receiving a flow of fluid directed in parallel through the inner and outer media packs. A housing of the filter apparatus may include a flow tube configured to fit into the space between the inner and outer media packs.
Abstract:
A filter cartridge including an improved endplate configured to enable a user to remove the filter cartridge from a shell without the use of external tools. The filter cartridge includes a filter media, a first endplate coupled to a first end of the filter media, and a second endplate coupled to a second end of the filter media. The second endplate includes at least one tab formed therein along an outer peripheral surface thereof. Each tab defines a pocket formed therein, via which the user may grasp the endplate and thereby remove the filter cartridge from the shell by hand.
Abstract:
A quick-release device of an industrial filter is provided, including: a main body, including a first assembling portion for being non-rotatably engaged with a filter assembly and a second assembling portion for being non-rotatably assembled to an external device; a positioning portion, connected to the first assembling portion, complementary to the first engaging portion in structure. An industrial filter includes the quick-release device and the filter assembly. The filter assembly includes an assembling hole communicating with an interior of the external device. The industrial filter may further include the external device. The external device includes a shell body, the quick-release device is positionably arranged in the shell body, and the filter assembly is assembled in the shell body.