Abstract:
The present disclosure relates to a filter element for use in a fluid filter system is disclosed herein. The filter element comprises a filter medium having a longitudinal axis between a first end and a second end, and an end cap assembly attached to the first end of the filter medium. The end cap assembly includes a first end cap aligned with the longitudinal axis and proximate to the first end of the filter medium; a first member concentric with and disposed radially apart from the first end cap and the filter medium and axially between the first end cap and the second end of the filter medium; and a plurality of arms connecting the first end cap with the first member, each arm configured to align the filter element with respect to the container and base plate by absorbing alignment discrepancies between at least the base plate and container.
Abstract:
A fluid delivery system (500) includes a fluid reservoir (128) having an inlet screen (219) and a main reservoir filter (532). The fluid reservoir is adapted to enclose a fluid (420) therewithin and includes a reservoir body forming a reservoir volume (204) that is fluidly connected to an inlet conduit (506), a supply conduit (508), and a return conduit (510). The inlet screen (219) is disposed fluidly along the inlet conduit (506) and adapted to filter a fluid provided to fill the reservoir (128) through the inlet conduit (506). The main reservoir filter (532) is disposed fluidly along the supply conduit (508) and adapted to filter a fluid (420) drawn from the reservoir volume (204) and provided through the supply conduit (508) to a pump (126).
Abstract:
A fuel system (12) having a fuel tank (4) and a fuel filter (6) is disclosed. The fuel filter (6) is disposed within the fuel tank (4) and connected to a fuel tank opening (8), the fuel filter (6) including a filter basket (16), a perforated tube (18) positioned within the filter basket (16) and a filter cartridge (20) connected to an access cover (52) and extending partially within the perforated tube (18).
Abstract:
A method (500) of assembling a canister filter system includes inserting a first filter component into a second filter component (step 502), and continuing the insertion until a first tab of either the first filter component or the second filter component contacts the other of the first filter component and the second filter component (step 504).
Abstract:
A filter element (200) includes a bottom open end (222) joined to a center tube (206) opposite the top open end (220). The bottom open end (222) defines a radially outer surface (232) and a radially inner surface (234) that is in communication with the central reservoir (204) of the filter element (200). A locking feature (236) is disposed proximate to the bottom open end (222). The locking feature (236) includes an entrance slot (238) that is disposed on the radially inner surface (234) of the center tube (206) extending axially from the bottom open end (222).
Abstract:
A filter element (200) includes a bottom open end (222') joined to a center tube (206, 206') opposite the top open end (220'). The bottom open end (222') defines a radially outer surface (232) and a radially inner surface (234) that is in communication with the central reservoir (204) of the filter element (200). A first locking feature (236') is disposed proximate to the bottom open end (222'). The locking feature (236') includes an entrance slot (238') that is disposed on the radially inner surface (234) of the center tube (206, 206') extending axially from the bottom open end (222'). A similar or identical second locking feature (236'') is disposed proximte to the top open end (220').
Abstract:
A fluid filter system is provided having a canister (20), a bowl (100), and a filter (50) positioned inside the canister (20). The filter (50) includes a sleeve (59) defining a reservoir (52) with filter media (51) surrounding the reservoir (52). A cover (40) is disposed on a first end (61) of the sleeve (59) and an end cap (80) is disposed on a second end (62) of the sleeve (59), the end cap (80) having a lid (81) extending across the filter media (51) and sleeve (59). The bowl (100) includes a sidewall (102), a floor (101), and an upper edge (105). The bowl (100) further includes an upstanding post (110) extending from a floor (101) and the lid (81) further includes a pocket (70) formed along the lid (81). The pocket (70) defines a cavity (75) disposed outside of the reservoir (52) and includes a threaded portion (79) configured to threadably receive the upstanding post (110) of the bowl (100). An O-ring seal (108) provides a seal between the bowl (100) and the canister (20) when the upstanding post (110) is threaded to the pocket (70).
Abstract:
A flow cap (32) may include an outer ring (72), an inner ring (74), an inlet portion (54), and an outlet portion (58). The inlet portion may include first portions (76, 78) of the outer and inner rings, and a plurality of arms (84) extending between the first portions of the outer and inner rings, wherein the arms at least partially define an inlet aperture (68) configured to provide flow communication between an inlet port (38) of a filter base (12) and an interior portion (50) of a filter element (16). The outlet portion may include second portions (80, 82) of the outer and inner rings, and a plate (86) including an outlet aperture (70) providing flow communication between an outlet port (40) of the filter base and an exterior portion (52) of the filter element. The outlet portion may also include a wall (88), wherein the plate and the wall prevent flow communication between fluid entering the inlet portion and fluid entering the outlet portion.
Abstract:
A filter element (28) may include filter media (48) having an elongated hollow passage (31) extending along a longitudinal axis and between a first end (30) and a second end (32), with the filter media having an exterior surface (33). The filter element may also include first and second fins (44, 46) associated with and extending radially from the exterior surface of the filter media. The filter media may include a first filtration zone (50) extending partially around the hollow passage and between the first fin and the second fin, with the first filtration zone being associated with a first portion (52) of the filter media. The filter media may also include a second filtration zone (54) extending partially around the hollow passage and between the first fin and the second fin, with the second filtration zone being associated with a second portion (56) of the filter media.
Abstract:
A filter base system (116) may include a mounting bracket (18) configured to be coupled to a machine, and an extension (22) coupled to the mounting bracket. The filter base system may further include a filter assembly coupler (117) associated with the extension. The filter assembly coupler may include an inlet passage (26) configured to provide flow communication from the machine to a filter element (16), and an outlet passage (30) configured to provide flow communication from the filter element to the machine. The filter assembly coupler may also include a receiver (28) including a receiver passage (118) extending transverse to longitudinal axes (P) of the inlet and outlet passages. The filter assembly coupler may further include a base plug (120) including a base plug body (122) including a plug surface (124) configured to cooperate with the filter element, such that orientation of the filter element with respect to the filter assembly coupler depends on orientation of the base plug in the receiver.