Vehicle value appraisal system

• US 20020128985A1
• Filed: 09/18/2001
• Published: 09/12/2002
• Est. Priority Date: 03/09/2001
• Status: Abandoned Application

• Current Assignee: Brad Greenwald
• Original Assignee: Brad Greenwald
• Inventors: Greenwald, Brad
• Application Number:
  US09/954,127
• Publication Number:
  US 20020128985A1
• Time in Patent Office: Days
• US Class Current: 705/400
• CPC Class Codes: G06Q 30/02 Marketing; Price estimation or determination; Fundraising
• CPC Class Codes: G06Q 30/0283 Price estimation or determination

Abstract

A vehicle appraisal system in accordance with the present invention includes a processor, a reference databank of published values for different makes and models of vehicles and an enclosure having diagnostic tools for determining and recording the mechanical condition of the vehicle. The vehicle is positioned within the enclosure and data concerning the interior condition of the vehicle alignment, undercarriage, engine, interior and body are recorded by the diagnostic equipment within the enclosure. The processor accesses the reference databank for a baseline value for the vehicle under consideration. The processor then receives this data collected from inspection of the vehicle and access a plurality of discrete databanks containing repair data to determine the cost of repairing the vehicle. The processor then adjust the baseline value by the repair cost of the vehicle according to a predetermined algorithm to yield an appraisal value for the vehicle.

Claims

1. A system for determining an appraisal value of a machine comprising:

a processor;

a reference databank containing a plurality of published values for similar versions of said machine; and

,

means for diagnosing the mechanical condition of said machine, said diagnosing means generating an adjustment factor according to said mechanical condition and sending said adjustment factor to said processor, said processor selectively accessing said databank and combining one of said plurality and said adjustment factor according to a predetermined algorithm to yield said appraisal value for said machine.

2. The system of claim 1 further comprising an enclosure for receiving said machine, said diagnosing means being mounted within said enclosure.

3. The system of claim 1 further comprising:

a transmitter connected to said processor for receiving said appraisal value; and

,

a broadcast media in communication with said transmitter for receiving said appraisal value from said transmitter for further transmission to a plurality of users.

4. The system of claim 2 wherein said enclosure has a floor and wherein said diagnosing means further comprises:

a telescoping stand having a floor end and a camera end, said floor end being being movably mounted to said floor to allow for movement of said stand completely around said machine when said machine is within said enclosure; and

,

a floor camera mounted to said camera end and connected to said processor for transmitting interior images of said machine to said processor.

5. The system of claim 4 further comprising an overhead camera movably attached to said ceiling for taking body images of said machine, said overhead camera being connected to said processor for sending said body images to said processor.

6. The system of claim 2 wherein said machine has an engine and further wherein said diagnostic means further comprises:

an engine analyzer mounted within said enclosure and connected to said processor; and

,

a microphone mounted within said enclosure and connected to said processor, said engine analyzer and said microphone, in combination, transmitting engine data to said processor when said engine is operating.

7. The system of claim 2 wherein said machine has a plurality of wheels and further comprising:

a plurality of rollers recessed in said floor for determining camber and alignment of said wheels, each of said wheels resting on a corresponding roller when said machine is within said enclosure; and

,

each of said rollers being connected to said processor for transmitting alignment data on a corresponding wheel to said processor.

8. The system of claim 4 wherein said machine has an undercarriage and further comprising:

a hydraulic lift reciprocatingly mounted in said floor for selectively raising said machine to a spaced-apart position above said floor when said machine is resting on said lift; and

,

said floor camera transmitting undercarriage images to said processor when said machine is in said spaced-apart position.

9. The system of claim 5 wherein said adjustment factor includes an interior factor and further comprising:

an interior databank connected to said processor, said processor selectively accessing said alignment databank for an interior value corresponding to said machine and combining said interior value and said interior images according to said predetermined algorithm to yield said interior factor.

10. The system of claim 5 wherein said adjustment factor includes a bodywork factor and further comprising:

an bodywork databank connected to said processor, said processor selectively accessing said bodywork databank for a bodywork value corresponding to said machine and combining said bodywork value and said body images according to said predetermined algorithm to yield said bodywork factor.

11. The system of claim 6 wherein said adjustment factor includes an engine factor and further comprising:

an engine databank connected to said processor, said processor selectively accessing said engine databank for an engine value corresponding to said machine and combining said engine value and said engine data according to said predetermined algorithm to yield said engine factor.

12. The system of claim 7 wherein said adjustment factor includes an alignment factor and further comprising:

an alignment databank connected to said processor, said processor selectively accessing said alignment databank for an alignment value corresponding to said machine and combining said alignment value and said alignment data according to said predetermined algorithm to yield said alignment factor.

13. The system of claim 8 wherein said adjustment factor includes an undercarriage factor and further comprising:

an undercarriage databank connected to said processor, said processor selectively accessing said undercarriage databank for an undercarriage value and combining said undercarriage value and said undercarriage images according to said predetermined algorithm to yield said undercarriage factor.

15. The device of claim 14 wherein said device includes an enclosure having a floor and wherein said repair databank includes an alignment sub-bank, wherein said vehicle has a plurality of wheels, and wherein said diagnostic means is mounted within said enclosure and comprises:

a plurality of rollers recessed in said floor for determining camber and alignment of said wheels, each of said wheels resting on a corresponding roller when said machine is within said enclosure, each of said rollers being connected to said processor for transmitting alignment data on a corresponding wheel to said processor; and

,

said processor selectively accessing said alignment sub-bank for an alignment value and combining said alignment data and alignment value to yield an alignment repair cost for said vehicle.

16. The device of claim 15 wherein said vehicle has an interior, wherein said repair databank includes an interior sub-bank, and wherein said diagnostic means further comprises:

a telescoping stand having a floor end and a camera end, said floor end being being movably mounted to said floor to allow for movement of said stand completely around said machine when said machine is within said enclosure; and

,

a floor camera mounted to said camera end and connected to said processor for transmitting interior images of said machine to said processor, said processor selectively accessing said interior sub-bank for an interior value and combining said interior data and interior images to yield an interior repair cost for said vehicle.

17. The device of claim 16 wherein said repair databank includes a bodywork sub-bank, wherein said vehicle has a body, wherein said enclosure includes a ceiling, and wherein said diagnostic means further comprises:

an overhead camera movably attached to said ceiling for taking body images of said machine, said overhead camera being connected to said processor for sending said body images to said processor; and

,

said processor selectively accessing said bodywork sub-bank for an bodywork value corresponding to said vehicle and combining said body images and said bodywork value to yield a body repair cost for said vehicle.

18. The device of claim 17 wherein said repair pair databank includes an engine sub-bank, wherein said vehicle has an engine, and further comprising:

an engine analyzer mounted within said enclosure and connected to said processor;

a microphone mounted within said enclosure and connected to said processor, said engine analyzer and said microphone, in combination, transmitting engine data to said processor when said engine is operating; and

,

said processor selectively accessing said engine sub-bank for an engine value and combining said engine data and engine value to yield an engine repair cost for said vehicle.

19. The device of claim 16 wherein said repair databank includes an undercarriage sub-bank, wherein said vehicle has an undercarriage, and further comprising:

a hydraulic lift reciprocatingly mounted in said floor for raising said machine to spaced-apart position from said floor when said machine is resting on said lift; and

,

said floor camera transmitting undercarriage images to said processor when said vehicle is in said spaced-apart position; and

,

said processor selectively accessing said undercarriage sub-bank for an undercarriage value and combining said undercarriage data and said undercarriage value to yield an undercarriage repair cost for said vehicle.

14. A device for determining the repair cost of a vehicle from a remote location comprising:

a processor;

a repair databank containing a plurality of repair values, said databank being selectively accessed by said processor; and

,

means for diagnosing the mechanical condition of said vehicle, said diagnosing means generating a plurality of repair requirements according to said mechanical condition and sending said plurality to said processor, said processor accessing said repair databank and combining said repair values and said plurality according to a predetermined algorithm to yield said repair cost for said vehicle.

20. A method for appraising the value of a vehicle which comprises the steps of:

(A) building a reference databank of published values for said vehicle;

(B) diagnosing the mechanical condition of said vehicle;

(C) generating a list of prioritized repair actions for said vehicle;

(D) establishing a maintenance databank having a plurality of adjustment factors, each adjustment factor corresponding to the cost of a respective repairs action for said vehicle;

(E) accessing said databank of published values to yield a baseline value for said vehicle;

(F) combining said repair actions and said adjustment factors to yield an overall repair cost for said vehicle; and

,

(F) selectively adjusting said baseline value according to said overall repair cost to yield an appraisal value for said vehicle.