Regenerative heat and humidity exchanging apparatus

Claim 2

Regenerative heat and humidity exchanging apparatus comprising a housing providing a pair of passages through which gaseous fluids having different thermal characteristics flow, a portion of each passage being adjacent the other, a partition extending transversely across each of said passages, each partition having an opening therein, a fan associated with each partition opening, a valve means for closing said partition openings when said fans are not operating, said valve means having a flap valve member pivotally mounted so that one flap portion thereof coacts with one partition opening and a second flap portion thereof coacts with the other partition opening, a plurality of rotary disks pervious to the gaseous fluids passing through said passages, means mounting said disks for rotation about an axis so that one segment of each disk at any given moment resides in one of said adjacent passage portions used and a second segment resides in the other of said adjacent passage portions, and a plurality of stationary separators positioned in said housing having a first portion residing in said one passage portion and formed with an opening therein for the passage of a gaseous fluid therethrough and having a second portion residing in said second passage portion also formed with an opening therein for the passage of a gaseous fluid therethrough, there being one of said pervious disks rotatively positioned between adjacent separators, whereby, when said disks are rotated, heat and/or humidity is transferred by each disk from said one passage portion when the gaseous fluid flowing therethrough has a higher thermal or moisture characteristic to said second passage portion when the gaseous fluid flowing therethrough has a lower thermal or moisture characteristic.

Claim 3

Regenerative heat exchanging apparatus in accordance with claim 1 in which said disks are made of screen material composed of criss-crossing strands, said strands have a coating thereon.

Claim 4

Regenerative heat exchanging apparatus in accordance with claim 1 in which said disks are of particulate material composed of small beads with fluid passages therebetween.

Claim 5

Regenerative heat exchanging apparatus in accordance with claim 1 in which one side of at least some of said separators have formed therein grooves for spraying a liquid onto the disk rotatively associated therewith.

Claim 6

Regenerative heat exchanging apparatus in accordance with claim 4 including a valve for supplying liquid to said grooves.

Claim 7

Regenerative heat exchanging apparatus in accordance with claim 5 including a transverse mounting plate having a hole therethrough and at least some of said separators also having a hole in registry with said mounting plate hole, said mounting plate having a horizontal groove and a vertical groove in communication with the hole in said mounting plate, said grooves in said separators including a horizontal groove and a vertical groove, said horizontal groove of each separator being in communication with mhe hole for that particular separator.

Claim 8

Regenerative heat exchanging apparatus in accordance with claim 1 including spring means for biasing said flap valve member in a direction to cause said flap valve member to close both of said partition openings when said fans are not operating, said fans developing sufficient fluid pressure to overcome the biasing action of said spring means to cause opening of said partition opening when said fans are operating.

Claim 9

Regenerative heat and humidity exchanging apparatus comprising a housing providing a pair of passages through which gaseous fluids having different thermal characteristics flow, a portion of each passage being adjacent the other, a plurality of rotary disks pervious to the gaseous fluids passing through said passages, means including a rotatable drive member having a free end mounting said disks for rotation about an axis so that one segment of each disk at any give moment resides in one of said adjacent passage portions and a second segment resides in the other of said adjacent passage portions each of said disks having a central opening through which said drive members extends, said drive member is tubular and has an internal gear adjacent its free end, said mounting means including a spur gear in engagement with said internal gear and means for rotating said spur gear to cause rotation of said tubular drive member via said spur and internal gears, and a plurality of stationary separators positioned in said housing having a first portion residing in said one passage portion and formed with an opening therein for the passage of a gaseous fluid therethrough and having a second portion residing in said second passage portion also formed with an opening therein for the passage of a gaseous fluid therethrough, there being one of said pervious disks rotatively positioned between adjacent separators, said separators being stacked with one side of each said separators recessed for the rotative accommodation therein of one of said pervious disks, whereby, when said disks are rotated, heat and/or humidity is transferred by each disk from said one passage portion when the gaseous fluid flowing therethrough has a higher thermal or moisture characteristic to said second passage portion when the gaseous fluid flowing therethrough has a lower thermal or moisture characteristic.

Claim 10

Regenerative heat and humidity exchanging apparatus comprising a housing providing a pair of passages through which gaseous fluids having different thermal characteristics flow, a portion of each passage being adjacent the other, a plurality of rotary disks pervious to the gaseous fluids passing through said passages, means including a rotatable drive member having a free end mounting said disks for rotation about an axis so that one segment of each disk at any give moment resides in one of said adjacent passage portions and a second segment resides in the other of said adjacent passage portions each of said disks having a central opening through which said drive members extends, said drive member is tubular and has an internal gear adjacent its free end, said mounting means including a spur gear in engagement with said internal gear and means for rotating said spur gear to cause rotation of said tubular drive member via said spur and internal gears, and a plurality of stationary separators positioned in said housing having a first portion residing in said one passage portion and formed with an opening therein for the passage of a gaseous fluid therethrough and having a second portion residing in said second passage portion also formed with an opening therein for the passage of a gaseous fluid therethrough, there being one of said pervious disks rotatively positioned between adjacent separators, said separators being stacked with one side of each said separators recessed for the rotative accommodation therein of one of said pervious disks, whereby, when said disks are rotated, heat and/or humidity is transferred by each disk from said one passage portion when the gaseous fluid flowing therethrough has a higher thermal or moisture characteristic to said second passage portion when the gaseous fluid flowing therethrough has a lower thermal or moisture characteristic.

Claim 11

Regenerative heat exchanging apparatus in accordance with claim 8 in which said means for rotating said spur gear includes another spur gear, a shank rigidly connecting said spur gears to each other, a fixed internal gear larger than said another spur gear, and eccentric member, a crank pin extending between said eccentric member and said another spur gear, a motor, and a shaft on said motor connected to said eccentric member, said crank pin being axially offset from said motor shaft.

Claim 12

Regenerative heat exchanging apparatus in accordance with claim 9 in which said tubular drive member has an external circular flange at the end thereof opposite said free end, and a fixed ring element having an annular recess for rotatively accommodating said external circular flange therein.

Claim 13

Regenerative heat exchanging apparatus in accordance with claim 10 including a sleeve member for retaining said motor in one end thereof and having an external flange, said larger internal gear being in the end of said sleeve member at the end thereof opposite the end in which said motor is retained.

Claim 14

Regenerative heat exchanging apparatus in accordance with claim 11 in which said sleeve member has an external flange at said other end thereof, and said ring element is additionally recessed for the accommodation therein of the external flange on said sleeve member.

Claim 15

Regenerative heat exchanging apparatus in accordance with claim 12 in which said passages are generally parallel, there being a plurality of divider panels between said passages, and said ring element being attached to one of said divider panels.

Claim 16

Regenerative heat exchanging apparatus in accordance with claim 13 in which said ring element is attached to an end edge of said one divider panel.

Claim 17

Regenerative heat exchanging apparatus in accordance with claim 14 including a mounting plate extending transversely to each side of said one divider panel, said mounting plate also having an opening in each transverse portion thereof in registry with the openings in said separators.

Claim 18

Regenerative heat exchanging apparatus in accordance with claim 15 including a valve mechanism mounted on said mounting plate, said mounting plate and said separators each having a hole and grooves formed therein so that water can be sprayed onto said disks as they rotate relative to said separators.