Filter assembly and filter assembly manufacturing method

1. A method for manufacturing a filter assembly for removing particles from an air stream, the filter assembly including at least one media pack in a frame structure, the at least one media pack being pleated and having a first open end and a second open end, the first open end and the second open end being opposing open ends, the method comprising:

performing a first molding operation to seal the first open end and the second open end of the at least one media pack to establish a sealed first edge and a sealed second edge of the at least one media pack, respectively, the first molding operation including performing, for each open end of the first open end and the second open end,

coupling the open end and a first molding compound layer to a pot, such that the open end is embedded in the first molding compound layer and the pot at least partially encloses the first molding compound layer and the open end, and

curing the first molding compound layer; and

performing a second molding operation to secure and seal the sealed first edge and the sealed second edge of the at least one media pack to at least one frame element of the frame structure, respectively, such that the pots of the sealed first edge and the sealed second edge are each secured and sealed to at least one frame element of the frame structure, respectively.

2. A method according to claim 1 , further comprising:

coupling a stabilizing element to the at least one media pack.

3. A method according to claim 2 , further comprising:

coupling the stabilizing element to the at least one media pack prior to curing the first molding compound layer, such that

the stabilizing element substantially covers a filter area of the at least one media pack,

at least one frame element of the stabilizing element extends along an open end of the at least one media pack, and

the at least one frame element is at least partially sealed based on sealing the first open end and the second open end of the at least one media pack.

4. A method according to claim 1 , wherein the second molding operation includes performing, for each sealed edge of the sealed first edge and the sealed second edge,

coupling the sealed edge, and a second molding compound layer to at least one frame element of said frame structure, such that the sealed edge is embedded in the second molding compound layer and the at least one frame element at least partially encloses the second molding compound layer and the sealed edge; and

curing the second molding compound layer.

5. A method according to claim 4 , further comprising:

coupling the second molding compound layer to at least one additional frame element of the frame structure, such that at least one closed end of the at least one media pack is embedded in the second molding compound layer.

6. A filter assembly comprising:

at least one media pack which is pleated, the at least one media pack including a first open end and a second open end, the first open end and the second open end being opposing open ends, the at least one media pack further including a sealed first edge and a sealed second edge, each sealed edge of the sealed first edge and the sealed second edge including,

a first sealing layer,

a separate, respective open end of the first open end and the second open end embedded in the first sealing layer, and

a pot that at least partially encloses the first sealing layer in which the separate, respective open end is embedded, such that the pot is secured to the at least one media pack by the first sealing layer; and

a frame structure coupled to the at least one media pack, such that the frame structure at least partially encloses the at least one media pack; and

at least one second sealing layer coupled to at least one frame element, at least one sealed edge of the sealed first edge and the sealed second edge embedded in the at least one second sealing layer, such that the at least one media pack is secured and sealed to the at least one frame element.

7. A filter assembly according to claim 6 , wherein the at least one second sealing layer is coupled to at least one additional frame element of the frame structure, at least one sealed edge of the sealed first edge and the sealed second edge is embedded in the at least one second sealing layer, such that the at least one second sealing layer secures and seals the at least one media pack to the at least one additional frame element.

8. A filter assembly according to claim 6 , further comprising:

a stabilizing element coupled to the at least one media pack.

9. A filter assembly according to claim 8 , wherein at least one frame element of the stabilizing element extends along an open end of the at least one media pack and is at least partially sealed by the first sealing layer.

10. A filter assembly according to claim 6 , further comprising:

at least one spacer element on one of

a sealed edge of the at least one media pack, or

a frame element surface facing a sealed edge of the sealed first edge and the sealed second edge of the at least one media pack.

11. A filter assembly according to claim 6 , wherein,

the at least one media pack includes a plurality of media packs, and

the plurality of media packs are stacked in the frame structure in a V-orientation.

12. A filter assembly according to claim 6 , further comprising:

a set of guiding tracks in at least one frame element, the set of guiding tracks configured to orient the at least one media pack in a particular direction.