Method and system for facility management

• US 20050222889A1
• Filed: 03/31/2004
• Published: 10/06/2005
• Est. Priority Date: 03/31/2004
• Status: Abandoned Application

• Current Assignee: Triad Consulting Services
• Original Assignee: Triad Consulting Services
• Inventors: Lai, Chris, Daniels, Steven Philip
• Application Number:
  US10/815,205
• Publication Number:
  US 20050222889A1
• Time in Patent Office: Days
• US Class Current: 705/9
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
• CPC Class Codes: G06Q 10/06311 Scheduling, planning or task assignment for a person or group
• CPC Class Codes: G06Q 10/06395 Quality analysis or management

Abstract

The present invention relates generally to computer systems for performing facility management tasks, and in particular to a method and system for providing improved computerized inspection tools, improved work order management tools, and integration of these tools with computer systems for performing other facility management tasks, including staff management, equipment automation, security, billing and inventory. Among other things, the improved computerized inspection tools provide efficient data aggregation and reporting.

Claims

1. A system for inspecting a facility having a plurality of locations, comprising:

a central computer system having a central database and a microprocessor;

said central database having records for said plurality of locations and a plurality of inspection functions;

an inspection device having a local database and a microprocessor,

said local database having records for said plurality of locations and said plurality of inspection functions;

said microprocessor programmed to execute quality assurance software, said quality assurance software including computer readable instructions for performing the method of;

entering inspection information for a location from said plurality of locations, wherein said inspection information includes values for one or more inspection functions from said plurality of inspection functions;

storing said inspection information in said local database; and

transmitting said inspection information to said central computer system; and

said microprocessor of said central computer system programmed to execute server software, said server software including computer readable instructions for performing the method of;

receiving said inspection information for said location from said inspection device;

storing said inspection information in said central database; and

calculating an overall location score for said location based on the weighted average of said values of said inspection functions in said inspection information for said location.

2. The system as claimed in claim 1, wherein the server software further includes computer readable instructions for performing the method of:

calculating an overall score for said facility based on the weighted average of the overall location score for each location in said facility.

3. The system as claimed in claim 1, wherein the inspection device further includes a digital camera;

said quality assurance software further including computer readable instructions for performing the step of taking at least one digital picture of said location using said digital camera, and wherein said inspection information further includes said digital picture.

4. The system as claimed in claim 1, wherein said server software further includes a staff management component having computer readable instructions for performing the method of:

entering worker information for each worker in a plurality of workers, said worker information including at least one location associated with said worker;

storing said worker information in said central database.

5. The system as claimed in claim 1, wherein said server software further includes a reporting component having computer readable instructions for performing the method of:

selecting at least one location from said plurality of locations;

for each location, reading said inspection information from said central database; and

producing a report based on said inspection information.

6. The system as claimed in claim 4, wherein said server software further includes a reporting component having computer readable instructions for performing the method of:

selecting at least one worker from said plurality of workers;

for each location associated with said worker, reading said inspection information for said location from said central database; and

producing a report based on said worker, said locations, and said inspection information.

7. The system as claimed in claim 1, wherein said central database further includes records for a plurality of categories and records for a plurality of deficiencies, each deficiency in said plurality of deficiencies associated with one category from said plurality of categories;

said central database includes records for a plurality of maintenance workers, each maintenance worker in said plurality of maintenance workers associated with at least one location from said plurality of locations and at least one category from said plurality of categories; and

said local database further includes records for said plurality of categories each deficiency in said plurality of deficiencies associated with one category from said plurality of categories.

8. The system as claimed in claim 7, wherein said quality assurance software further includes computer readable instructions for performing the method of:

generating a work order for at least one location from said plurality of locations based on one of said deficiencies for said location;

associating said work order with said category associated with said deficiency; and

transmitting said work order to said central computer system;

said server software further includes work order software having computer readable instructions for performing the method of;

receiving said work order from said quality assurance software;

automatically selecting one maintenance worker from said plurality of maintenance workers based on said location and said category associated with said work order; and

routing said work order to said maintenance worker.

9. The system as claimed in claim 8, wherein said server software work order software further includes computer readable instructions for performing the method of:

verifying whether said maintenance worker accepted said work order;

if said maintenance worker did not accept said work order, automatically selecting a second maintenance worker from said plurality of maintenance workers based on said location and said category associated with said work order.

10. The system as claimed in claim 8, wherein said server software further includes a staff management component having computer readable instructions for performing the method of entering availability information for each maintenance worker in said plurality of maintenance workers and storing said availability information in said central database;

and

said computer readable instructions of said work order software for performing the step of automatically selecting one maintenance worker further include automatically selecting said maintenance worker based on said availability information for said plurality of maintenance workers.

11. The system as claimed in claim 7, wherein said central database further includes records for a plurality of maintenance supervisors, each maintenance supervisor in said plurality of maintenance supervisors associated with at least one location from said plurality of locations and at least one category from said plurality of categories;

said quality assurance software further includes computer readable instructions for performing the method of;

generating a work order request for at least one location from said plurality of locations based on one of said deficiencies for said location;

associating said work order request with said category associated with said deficiency; and

transmitting said work order request to said central computer system;

said server software further includes work order software having computer readable instructions for performing the method of;

receiving said work order request from said quality assurance software;

automatically selecting one maintenance supervisor from said plurality of maintenance workers based on said location and said category associated with said work order request;

routing said work order request to said supervisor;

said work order software further including a workbox component having computer readable instructions for performing the method of;

displaying said work order request to said supervisor;

generating a work order based on said work order request;

automatically selecting one maintenance worker from said plurality of maintenance workers based on said location and said category associated with said work order; and

routing said work order to said maintenance worker.

12. The system as claimed in claim 11, wherein said server software further includes a staff management component having computer readable instructions for performing the method of entering availability information for each maintenance worker in said plurality of maintenance workers and storing said availability information in said central database;

and

said computer readable instructions of said workbox component for performing the step of automatically selecting one maintenance worker further include automatically selecting said maintenance worker based on said availability information for said plurality of maintenance workers.

13. The system as claimed in claim 11, wherein said work order software further includes computer readable instructions for performing the method of:

verifying whether said maintenance worker received said work order;

if said maintenance worker did not receive said work order, automatically selecting a second maintenance worker from said plurality of maintenance workers based on said location and said category associated with said work order.

14. A system for managing work orders for a commercial facility having a plurality of locations, comprising:

a central computer system having a central database and a microprocessor,

said central database having records for said plurality of locations, a plurality of categories and a plurality of deficiencies, each deficiency in said plurality of deficiencies associated with one of said categories,

said central database having records for a plurality of maintenance workers, each maintenance worker in said plurality of maintenance workers associated with at least one location from said plurality of locations and at least one category from said plurality of categories;

said microprocessor programmed to execute work order software, said work order software including a request component having computer readable instructions for performing the method of;

generating a work order request for one location from said plurality of locations; and

associating said work order request with one of said deficiencies for said location;

automatically selecting one maintenance supervisor from said plurality of maintenance workers based on said location and said category associated with said work order request;

routing said work order request to said supervisor;

said work order software further including a workbox component having computer readable instructions for performing the method of;

displaying said work order request to said supervisor;

generating a work order based on said work order request;

automatically selecting one maintenance worker from said plurality of maintenance workers based on said location and said category associated with said work order; and

routing said work order to said maintenance worker.

15. The system as claimed in claim 14, wherein said work order software further includes a staff management component having computer readable instructions for performing the method of entering availability information for each maintenance supervisor in said plurality of maintenance supervisors and storing said availability information in said central database;

and

said computer readable instructions of said work order software for performing the step of automatically selecting one maintenance supervisor further include automatically selecting said maintenance supervisor based on said availability information for said plurality of maintenance supervisors.

16. The system as claimed in claim 14, wherein said work order software further includes a staff management component having computer readable instructions for performing the method of entering availability information for each maintenance worker in said plurality of maintenance workers and storing said availability information in said central database;

and

said computer readable instructions of said workbox component for performing the step of automatically selecting one maintenance worker further include automatically selecting said maintenance worker based on said availability information for said plurality of maintenance workers.

17. A method for inspecting a managed facility having a plurality of locations using a quality assurance system including an inspection device having a local database and a central computer system having a central database, comprising:

storing records for said plurality of locations, a plurality of inspection functions, and a plurality of deficiencies in said central database;

storing records for said plurality of locations, said plurality of inspection functions, and said plurality of deficiencies in said local database;

executing quality assurance software on said inspection device;

inspecting a location from said plurality of locations using said quality assurance software, said inspection including the steps of;

selecting said location from said plurality of locations stored in said local database;

recording inspection information for said location,

said inspection information including values for one or more inspection functions from said plurality of inspection functions,

said inspection information including one or more deficiencies from said plurality of deficiencies; and

transmitting said inspection information from said inspection device to said central computer system; and

recording said inspection information in said central database.

18. The method as claimed in claim 17 wherein each record for said plurality of inspection functions in said central database further includes a weight, further comprising:

calculating a total value for one location in said plurality of locations based on the values and weights for said inspection functions for said location.

19. The method as claimed in claim 17, further comprising:

storing records for a plurality of maintenance workers in said central database;

storing records for a plurality of categories in said central database;

for each deficiency in said plurality of deficiencies in said central database, associating said deficiency with one category from said plurality of categories;

for each maintenance worker in said plurality of maintenance workers, associating said maintenance worker in said central database with one or more locations from said plurality of locations and one or more categories from said plurality of categories, and storing availability information for said worker in said central database;

executing work order software on said central computer system;

creating a work order for one location in said plurality of locations using said work order software;

associating said work order with one of said deficiencies for said location;

automatically selecting one maintenance worker from said plurality of maintenance workers using said work order software,

said selection based on the location and category associated with said deficiency and the location and category associated with said maintenance worker; and

routing said work order to said maintenance worker using said work order software.

20. A method for electronically managing work orders for a facility having a plurality of locations using a work order system including a central computer system having a database, comprising:

storing records for said plurality of locations, a plurality of categories and a plurality of deficiencies in said database;

storing records for a plurality of workers in said database;

for each deficiency in said plurality of deficiencies in said database, associating said deficiency with one category from said plurality of categories;

for each worker in said plurality of workers in said database, associating said worker with one or more categories and one or more locations and storing availability information for said worker in said database;

executing work order software on said central computer system;

creating a work order for one location from said plurality of locations using said work order software;

associating said work order with one of said deficiencies for said location;

automatically selecting one worker from said plurality of workers using said work order software,

said selection based on the location and category associated with said deficiency, the location and categories associated with said person and the availability information for said worker; and

electronically transmitting said work order to said worker.

21. The method as claimed in claim 20, further comprising:

storing records for a plurality of supervisors in said database;

for each supervisor in said plurality of supervisors in said database, associating said supervisor with one or more categories and one or more locations and storing availability information for said supervisor in said database;

creating a work order request using said work order software;

automatically selecting one supervisor from said plurality of supervisors using said work order software,

said selection based on the location and category associated with said work order request, the location and categories associated with said person and the availability information for said supervisor; and

transmitting said work order request to said supervisor;

approving said work order request using said work order software; and

wherein the step of creating a work order is based on said work order request.