초록 ▼

A cooling system assembly for a vehicle includes a heat exchanger with a plurality of fins for the transfer of heat to air passing therebetween. The heat exchanger has a pre-selected length, width, and thickness such that the heat exchanger fits adjacent an engine of the vehicle. A plurality of fan

A cooling system assembly for a vehicle includes a heat exchanger with a plurality of fins for the transfer of heat to air passing therebetween. The heat exchanger has a pre-selected length, width, and thickness such that the heat exchanger fits adjacent an engine of the vehicle. A plurality of fan assemblies are positioned adjacent each other and juxtaposed the heat exchanger so that the fan assemblies cause air to travel across the fins when the fan assemblies are operating. Mounting brackets protrude from a periphery of each of the fan assemblies. Each of the mounting brackets has a set of ratchet grooves formed thereon and a bore extending therethrough. A bracket member is associated with each of the plurality of mounting brackets that connects the mounting bracket to either the heat exchanger or to one of the mounting brackets of the other fan assembly.

대표청구항 ▼

That claimed is: 1. A cooling system assembly for an vehicle, comprising: a heat exchanger having a plurality of fins for the transfer of heat to air passing therebetween, the heat exchanger having a pre-selected length, width, and thickness such that the heat exchanger fits adjacent an engine of t

That claimed is: 1. A cooling system assembly for an vehicle, comprising: a heat exchanger having a plurality of fins for the transfer of heat to air passing therebetween, the heat exchanger having a pre-selected length, width, and thickness such that the heat exchanger fits adjacent an engine of the vehicle; a plurality of fan assemblies positioned adjacent each other and juxtaposed the heat exchanger so that the fan assemblies cause air to travel across the fins when the fan assemblies are operating; a plurality of mounting brackets protruding from a periphery of each of the fan assemblies, each of the mounting brackets having a set of ratchet grooves formed thereon and a bore extending therethrough; and a bracket member associated with each of the plurality of mounting brackets, the bracket member connecting the mounting bracket to either the heat exchanger or to one of the mounting brackets of the other fan assembly. 2. The cooling system assembly of claim 1, wherein when the bracket member connects the mounting bracket to the heat exchanger comprises a support bracket that is positioned adjacent an edge of the heat exchanger, the support bracket being L-shaped so that the support bracket engages at least two sides of the heat exchanger and has a slot for receiving a threaded fastener to secure the support bracket to the heat exchanger, the support bracket having a mating set of ratchet grooves for engaging the ratchet grooves of the mounting bracket. 3. The cooling system assembly of claim 1, wherein when the bracket member connects the mounting bracket to the heat exchanger comprises a strap down bracket having a mating set of ratchet grooves for engaging the ratchet grooves of the mounting bracket and being adapted to receive an adjustable strap extending through the heat exchanger to secure the strap down bracket to the heat exchanger. 4. The cooling system assembly of claim 1, wherein when the bracket member connects the mounting bracket to the heat exchanger comprises a support bracket having a set of ratchet grooves that is positioned adjacent an edge of the heat exchanger and an extension bracket connecting the support bracket to the mounting bracket. 5. The cooling system assembly of claim 4, wherein the extension bracket comprises a pair of sets of ratchet grooves located at opposite end portions of the extension bracket and has a predetermined length such that the extension bracket extends from the mounting bracket at an angle and the sets of ratchet grooves provide resistance to the fan assemblies moving out of position relative to the heat exchanger due to gravitational forces. 6. The cooling system assembly of claim 1, wherein when the bracket member connects the mounting bracket to one of the mounting brackets of the other fan assembly comprises a joining bracket, the joining bracket having a pair of joining stabs, each of the joining stabs that stab into the bore of one of the mounting brackets adjacent a mounting bracket associated with the other fan assembly. 7. The cooling system assembly of claim 1, wherein the fan assemblies are scaleable in size such that a distance measured across both fans assemblies is less than or equal to the length of the heat exchanger. 8. The cooling system assembly of claim 7, wherein the mounting brackets are positioned such that a distance between adjacent mounting brackets associated with the adjacent fan assemblies is substantially the same regardless of the size of the adjacent fan assemblies. 9. The cooling system assembly of claim 1, wherein the fan assemblies are scaleable in size such that the width of the heat exchanger is greater than or equal to the circumference of each of the fans assemblies. 10. The cooling system assembly of claim 1, wherein each of the fan assemblies comprise: a fan housing having a substantially circular sidewall and a substantially flat rear screen; an impeller blade and motor assembly that connects to the rear screen; and a substantially flat front screen that attaches to the fan housing; wherein the impeller blade and motor assembly is free of any portion extending out of the fan housing beyond the front screen, such that the fan assembly can be mounted to the either a front side or a rear side of the heat exchanger and force air across the fins of the heat exchanger. 11. The cooling system assembly of claim 1, wherein the impeller blade of each fan assembly rotates in a single direction when operating such that the fan assemblies either push air across the heat exchanger or pull air across the heat exchanger, depending upon which side of the heat exchanger the fan assemblies are positioned. 12. A cooling system assembly for a vehicle, comprising: a heat exchanger having a plurality of fins for the transfer of heat to air passing therebetween, the heat exchanger having a pre-selected length, width, and thickness such that the heat exchanger fits adjacent an engine of the vehicle; a pair of fan assemblies positioned adjacent each other and juxtaposed the heat exchanger so that the fan assemblies cause air to travel across the fins when the fan assemblies are operating; a first mounting bracket protruding from a periphery of each of the fan assemblies, each of the first mounting brackets having a set of ratchet grooves formed on its outer surface; a mounting assembly associated with each of the first mounting brackets to connect the first mounting bracket to the heat exchanger and having a mating set of ratchet grooves that engage the ratchet grooves of the first mounting bracket associated therewith; a second mounting bracket protruding from a periphery of each of the fan assemblies and positioned such that the second mounting bracket associated with one of the pair of fan assemblies is adjacent the second mounting bracket of the other of the pair of fan assemblies, each of the second mounting brackets having a bore formed therethrough; and a coupling assembly connecting the second mounting brackets positioned adjacent each other. 13. The cooling system assembly of claim 12, wherein the mounting assembly comprises a support bracket that is positioned adjacent an edge of the heat exchanger, the support bracket being L-shaped so that the support bracket engages at least two sides of the heat exchanger and has a slot for receiving a threaded fastener to secure the support bracket to the heat exchanger. 14. The cooling system assembly of claim 13, wherein the mounting assembly further comprises an extension bracket connecting the support bracket to the first mounting bracket, the extension bracket comprises a pair of sets of ratchet grooves located at opposite end portions of the extension bracket and has a predetermined length such that the extension bracket extends from the first mounting bracket at an angle and the sets of ratchet grooves provide resistance to the fan assemblies moving out of position relative to the heat exchanger due to gravitational forces. 15. The cooling system assembly of claim 14, wherein there are a plurality of extension brackets having the predetermined length, each comprising a pair of sets of ratchet grooves located at opposite end portions thereof so that the plurality of extension brackets connect the first mounting bracket with the support bracket with each of the sets of ratchet grooves providing resistance to the fan assemblies moving out of position relative to the heat exchanger due to gravitational forces. 16. The cooling system assembly of claim 12, wherein the mounting assembly comprises a strap down bracket adapted to receive an adjustable strap extending through the heat exchanger to secure the strap down bracket to the heat exchanger. 17. The cooling system assembly of claim 12, wherein the coupling assembly comprises a joining bracket, the joining bracket having a pair of spaced-apart joining stabs that stab into the bores of the adjacent second mounting brackets. 18. The cooling system assembly of claim 17, wherein the joining bracket further comprises: a ratchet end having a set of ratchet grooves formed on its outer surface; and wherein the coupling assembly further comprises another mounting assembly that connects the joining bracket to the heat exchanger and has a mating set of ratchet grooves that engage the ratchet grooves of the ratchet end. 19. A cooling system assembly for a vehicle, comprising: a heat exchanger having a plurality of fins for the transfer of heat to air passing therebetween, the heat exchanger having a pre-selected length, width, and thickness such that the heat exchanger fits adjacent an engine of the vehicle; a plurality of fan assemblies positioned adjacent each other and juxtaposed the heat exchanger so that the fan assemblies cause air to travel across the fins when the fan assemblies are operating, each of the plurality of fan assemblies comprising: a fan housing having a substantially circular sidewall and a substantially flat rear screen; an impeller blade and motor assembly that connects to the rear screen; a substantially flat front screen that attaches to the fan housing; and a plurality of mounting brackets protruding from a periphery of each of the fan housings, each of the mounting brackets having a set of ratchet grooves formed thereon and a bore extending therethrough; and a bracket member associated with each of the plurality of mounting brackets, the bracket member connecting the mounting bracket to either the heat exchanger or to one of the mounting brackets of the other fan assembly; wherein: the impeller blade and motor assembly is free of any portion extending out of the fan housing beyond the front screen, such that the fan assembly can be mounted to the either a front side or a rear side of the heat exchanger and force air across the fins of the heat exchanger; and the impeller blade of each fan assembly rotates in a single direction when operating such that the fan assemblies either push air across the heat exchanger or pull air across the heat exchanger, depending upon which side of the heat exchanger the fan assemblies are positioned, the substantially flat rear screen being juxtaposed the front side of the heat exchanger when the fan pushes air across the fins and the substantially flat front screen being juxtaposed the rear side of the heat exchanger when the fan pulls air across the fins. 20. The cooling system assembly of claim 1, wherein the fan assemblies are scaleable in size such that a distance measured across both fans assemblies is less than or equal to the length of the heat exchanger; and the mounting brackets are positioned such that a distance between adjacent mounting brackets associated with the adjacent fan assemblies is substantially the same regardless of the size of the adjacent fan assemblies.