Apparatus and system for uniform sealing force in an air filter assembly
A uniform sealing force in an air filter assembly apparatus includes a housing having a channel with a plurality of incline portions and a plurality of land portions. The apparatus also includes an opening configured to receive a filter element assembly having a gasket flange, and a lid configured to cover the opening. The lid is coupled with at least one bayonet extending outward from the lid. The bayonet includes a plurality of incline portions and a plurality of land portions, the incline and land portions of the bayonet are configured to interface with the incline and land portions of the channel and provide a uniform axial sealing force on the gasket flange.
1. An air filter comprising:
a housing comprising a channel having a plurality of incline portions and a plurality of land portions;
the housing further comprising an opening configured to receive a filter element assembly having a gasket flange;
a lid configured to cover the opening and coupled with at least one bayonet extending outward from the lid;
wherein:
the bayonet comprises a plurality of incline portions and a plurality of land portions, the incline and land portions of the bayonet configured to interface with the incline and land portions of the channel and provide a uniform axial sealing force on the gasket flange;
said bayonet is inserted into said channel along an insertion direction and engages said channel along a series of discrete spaced contact points;
said contact points lie along and are spaced along a projection line extending at an oblique angle relative to said insertion direction.
2. The air filter of claim 1 , wherein:
said contact points are spaced from each other along said projection line by respective discrete spaced non-engagement regions therebetween;
said bayonet and said channel are axially spaced from each other at said non-engagement regions by respective discrete spaced axial gaps.
3. The air filter of claim 2 , wherein:
said contact points are axially spaced from said gasket flange by respective progressively increasing axial spans;
said non-engagement regions are axially spaced from said gasket flange by respective progressively increasing axial spans.
4. The air filter of claim 1 , wherein the incline portions have an incline angle in the range of between about 2 and 15 degrees.
5. The air filter of claim 1 , wherein the incline portions have an incline angle in the range of between about 5 and 12 degrees.
6. The air filter of claim 1 , wherein the incline portions have an incline angle of about 10 degrees.
7. The air filter of claim 1 , wherein the housing further comprises an air intake port.
8. The air filter of claim 1 , wherein the housing further comprises an air outlet port.
9. The air filter of claim 1 , wherein the bayonet further comprises a spring detent configured to lock with the channel and prevent walk out of the filter element assembly.
10. The air filter of claim 1 , wherein the bayonet further comprises a reverse incline portion configured to prevent walk out of the filter element assembly.
11. The air filter of claim 1 , wherein the gasket flange is configured to direct all air intake through the filter element assembly.
12. An air filter system comprising:
a housing comprising a channel having a plurality of incline portions and a plurality of land portions;
the housing further comprising an opening configured to receive a filter element assembly having a gasket flange;
a lid configured to cover the opening and coupled with at least one bayonet extending outward from the lid;
wherein:
the bayonet comprises a plurality of incline portions and a plurality of land portions, the incline and land portions of the bayonet configured to interface with the incline and land portions of the channel and provide a uniform axial sealing force on the gasket flange;
the housing further comprises an air intake port and an air outlet port;
the incline portions have an incline angle of about 10 degrees;
said bayonet is inserted into said channel along an insertion direction and engages said channel along a series of discrete spaced contact points;
said contact points lie along and are spaced along a projection line extending at an oblique angle relative to said insertion direction.
13. The air filter of claim 12 , wherein:
said contact points are spaced from each other along said projection line by respective discrete spaced non-engagement regions therebetween;
said bayonet and said channel are axially spaced from each other at said non-engagement regions by respective discrete spaced axial gaps.
14. The air filter of claim 13 , wherein:
said contact points are axially spaced from said gasket flange by respective progressively increasing axial spans;
said non-engagement regions are axially spaced from said gasket flange by respective progressively increasing axial spans.
15. The air filter of claim 12 , wherein the bayonet further comprises a spring detent configured to lock with the channel and prevent walk out of the filter element assembly.
16. The air filter of claim 12 , wherein the bayonet further comprises a reverse incline portion configured to prevent walk out of the filter element assembly.
17. The air filter of claim 12 , wherein the gasket flange is configured to direct all air intake through the filter element assembly.
18. An air filter comprising:
a housing comprising a channel having a plurality of incline portions and a plurality of land portions;
the housing further comprising an opening configured to receive a filter element assembly having a gasket flange;
a lid configured to cover the opening and coupled with at least one bayonet extending outward from the lid;
wherein:
the bayonet comprises a plurality of incline portions and a plurality of land portions, the incline and land portions of the bayonet configured to interface with the incline and land portions of the channel and provide an uniform axial sealing force on the gasket flange;
the bayonet further comprises a spring detent configured to lock with the channel and prevent walk out of the filter element assembly;
said bayonet is inserted into said channel along an insertion direction and engages said channel along a series of discrete spaced contact points;
said contact points lie along and are spaced along a projection line extending at an oblique angle relative to said insertion direction.
19. The air filter of claim 18 , wherein:
said contact points are spaced from each other along said projection line by respective discrete spaced non-engagement regions therebetween;
said bayonet and said channel are axially spaced from each other at said non-engagement regions by respective discrete spaced axial gaps.
20. The air filter of claim 19 , wherein:
said contact points are axially spaced from said gasket flange by respective progressively increasing axial spans;
said non-engagement regions are axially spaced from said gasket flange by respective progressively increasing axial spans.
21. The air filter of claim 19 , wherein the incline portions have an incline angle in the range of between about 2 and 15 degrees.
22. An air filter comprising:
a housing comprising a channel having a plurality of incline portions and a plurality of land portions;
the housing further comprising an opening configured to receive a filter element assembly having a gasket flange;
a lid configured to cover the opening and coupled with at least one bayonet extending outward from the lid;
wherein:
the bayonet comprises a plurality of incline portions and a plurality of land portions, the incline and land portions of the bayonet configured to interface with the incline and land portions of the channel and provide an uniform axial sealing force on the gasket flange;
the bayonet further comprises a reverse incline portion configured to prevent walk out of the filter element assembly;
said bayonet is inserted into said channel along an insertion direction and engages said channel along a series of discrete spaced contact points;
said contact points lie along and are spaced alone a projection line extending at an oblique angle relative to said insertion direction.
23. The air filter of claim 22 , wherein:
said contact points are spaced from each other along said projection line by respective discrete spaced non-engagement regions therebetween;
said bayonet and said channel are axially spaced from each other at said non-engagement regions by respective discrete spaced axial gaps.
24. The air filter of claim 23 , wherein:
said contact points are axially spaced from said gasket flange by respective progressively increasing axial spans;
said non-engagement regions are axially spaced from said gasket flange by respective progressively increasing axial spans.
25. The air filter of claim 22 , wherein the incline portions have an incline angle in the range of between about 2 and 15 degrees.