초록 ▼

An evaporator core drying system in which air that is blown by a blower is concentrated into a narrow cross-sectional air stream of high speed purge air which passes progressively across the area of the evaporator core, per an appropriate blow algorithm, so as to effectively and efficiently dry the

An evaporator core drying system in which air that is blown by a blower is concentrated into a narrow cross-sectional air stream of high speed purge air which passes progressively across the area of the evaporator core, per an appropriate blow algorithm, so as to effectively and efficiently dry the evaporator core. Preferably, the configurable barrier is composed of at least one roller door located between the blower and the evaporator core.

대표청구항 ▼

The invention claimed is: 1. An evaporator core drying system, comprising: a heating, ventilation and air conditioning module comprising: an evaporator core; and a blower providing a stream of blown air; a configurable barrier located between said evaporator core and said blower, wherein said conf

The invention claimed is: 1. An evaporator core drying system, comprising: a heating, ventilation and air conditioning module comprising: an evaporator core; and a blower providing a stream of blown air; a configurable barrier located between said evaporator core and said blower, wherein said configurable barrier is disposed substantially adjacent said evaporator core such that the stream of blown air blows from said blower through an opening in said configurable barrier and then, after blowing through said opening of said configurable barrier, blows through said evaporator core, said configurable barrier being configurable between a fully open configuration wherein said opening of said configurable barrier has an opening area which is substantially equal to a core area of said evaporator core such that exposure of said evaporator core to the stream of blown air is substantially unlimited by said opening, and a slotted configuration wherein said opening is a slot having a slot area much smaller than said core area which locally limits the area of exposure of said evaporator core to the stream of blown air, wherein the slot area in combination with the stream of blown air provide a high speed purge air through said slot; and an electronic circuit connected with said configurable barrier, said electronic circuit implementing a predetermined blow algorithm, said electronic circuit configuring said configurable barrier between said fully open configuration and said slotted configuration responsive to the blow algorithm, said electronic circuit moving said configurable barrier so that said slot progressively moves across substantially the entire core area responsive to the blow algorithm; wherein the high speed purge air and the progressive movement of said slot provide drying of said evaporator core responsive to the blow algorithm. 2. The system of claim 1, wherein said configurable barrier comprises at least one roller door. 3. The system of claim 2, wherein said at least one roller door comprises: at least one selectively rollable panel; and at least one actuator for selectively rolling said at least one rollable panel. 4. The system of claim 3, wherein said at least one roller door comprises: a pair of roller doors, each roller door having a respective leading edge; wherein by varying separation of said leading edges with respect to each other said fully open and said slotted configurations of said configurable barrier are selectively provided. 5. A method for drying an evaporator core of a heating, ventilation, and air conditioning system, comprising the steps of: blowing air, the blowing air being blown across substantially the entire area of an evaporator core; limiting the area of the blowing air to a predetermined slot area that is much smaller than the entire area of the evaporator core at a location substantially adjacent the evaporator core, wherein the slot area in combination with the blowing air provide an air stream of high speed purge air through the slot that blows upon the evaporator core; moving the slot progressively across substantially the entire area of the evaporator core to thereby provide drying of the evaporator core; and unlimiting the area of the blowing air with respect to the entire area of the evaporator core after said step of moving such that the blowing air is again blown across substantially the entire area of the evaporator core; wherein said steps are implemented according to a predetermined computer-based blow algorithm. 6. The method of claim 5 wherein said steps of limiting, moving and unlimiting are implemented by selective configuring of a configurable barrier. 7. The method of claim 6, wherein said selective configuring comprises selectively rolling at least one roller door. 8. The method of claim 7, wherein said selective configuring comprises selectively rolling a pair of roller doors. 9. The method of claim 8, wherein: said step of selectively rolling comprises: rolling at least one roller door with respect to the other roller door to thereby provide a fully open configuration in which substantially the entire area of the evaporator core is exposed to the blowing air; and rolling at least one of the roller doors with respect to the other roller door to thereby provide a slotted configuration which defines the slot; and said step of moving comprises: rolling both rollers doors in unison to progressively move the slot of the slotted configuration progressively across substantially the entire area of the evaporator core.