System and method for providing and tracking equipment

• US 20070200664A1
• Filed: 02/27/2006
• Published: 08/30/2007
• Est. Priority Date: 02/27/2006
• Status: Abandoned Application

• Current Assignee: 1673892 Ontario Incorporated
• Original Assignee: 1673892 Ontario Incorporated
• Inventors: Proska, Michael, Edwards, James
• Application Number:
  US11/364,523
• Publication Number:
  US 20070200664A1
• Time in Patent Office: Days
• US Class Current: 340/5.420
• CPC Class Codes: G07B 15/02 taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems G07B15/06 takes precedence; taximeters G07B13/00; parking meters per se G07F17/24; car rental systems per se G07B15/00
• CPC Class Codes: G08G 1/205 Indicating the location of the monitored vehicles as destination, e.g. accidents, stolen, rental

Abstract

A remote rental store system that includes (a) a remote store monitor located at a rental location, the remote store monitor including: (i) a wireless receiver for receiving wirelessly transmitted signals from a plurality of mobile rental units located at the remote rental location; and (ii) a store controller connected to the wireless receiver for generating rental unit usage data for the rental units in dependence on the signals and providing the rental unit status data over a communications link; and (b) a management controller, at a location that is remote from the rental location, for receiving the rental unit usage data through the communications link from the store controller and periodically determining a rental charge for the rental units in dependence on the rental unit usage data.

Claims

1. A remote rental store system comprising:

(a) a remote store monitor located at a rental location, the remote store monitor including;

(i) a wireless receiver for receiving wirelessly transmitted signals from a plurality of mobile rental units located at the remote rental location; and

(ii) a store controller connected to the wireless receiver for generating rental unit usage data for the rental units in dependence on the signals and providing the rental unit status data over a communications link;

and

(b) a management controller, at a location that is remote from the rental location, for receiving the rental unit usage data through the communications link from the store controller and periodically determining a rental charge for the rental units in dependence on the rental unit usage data.

2. The rental store system of claim 1 wherein the rental unit usage data is indicative of time periods that the rental units are in use at the rental location and the management controller is configured for determining the rental charge for the at least some rental units based at least in part on the duration of the time periods that the rental units are determined to be in use.

3. The rental store system of claim 2 including a secure enclosure in which the mobile rental units can be stored, wherein the store controller is configured for determining in dependence on the received signals if the rental units are inside or outside of the enclosure, where a determination that a rental unit is outside of the enclosure indicates that the rental unit is in use and a determination that a rental unit is inside of the enclosure indicates that the rental unit is not in use.

4. The rental store system of claim 3 wherein the store controller is configured for determining that a rental unit is outside of the enclosure if a signal from the rental unit is not received by the store monitor for a predetermined duration of time.

5. The rental store system of claim 3 wherein the store controller is configured for determining that a rental unit is outside of the enclosure if a predetermined signal from the rental unit is received.

6. The rental store system of claim 3 wherein the secure enclosure is a mobile shipping container to which the store monitor is secured.

7. The rental store system of claim 2 wherein some of the wirelessly transmitted signals include operating information indicative of at least one of the following (a) whether the rental unit transmitting the signals has a running engine;

(b) whether the rental unit transmitting the signals is moving;

(c) a physical location of the rental unit transmitting the signals; and

(d) whether an operator ID has been provided to the rental unit transmitting, and the operating information is used for determining if the rental unit transmitting the signals is in use.

8. The rental store system of claim 1 wherein there is a plurality remote rental store locations and at least one of the remote store monitors is located at each of the remote rental store locations, the management controller being configured for receiving rental unit usage data from each of the remote store monitors over respective communications links therewith and periodically determining rental charges for rental units at each of the plurality of remote rental store locations in dependence on the rental unit usage data.

9. The rental store system of claim 1 wherein the management controller is configured for generating an invoice for a user of the rental store in dependence on the determined rental charges.

10. The rental store system of claim 1 wherein the management controller includes a database of operating benchmarks for at least some of the rental units and the management controller is configured for comparing information derived from the rental usage data with the operating benchmarks to determine if proposed maintenance is required for one or more of the at least some rental units.

11. The rental store system of claim 1 wherein the management controller is configured for receiving through the remote store monitor third party equipment usage data generated by the store controller in dependence of signals received from equipment units that are owned by a third party entity that is independent from an entity operating the rental store system, wherein the management controller includes a database of operating benchmarks and is configured for comparing information derived from the third party equipment usage data with the operating benchmarks and generating reports for the third party entity based on the comparison.

12. A method for operating a remote rental facility having a secure enclosure containing a plurality of rental units that are enabled to emit RF signals, comprising:

monitoring, at the remote rental facility, for RF signals transmitted by the rental units;

generating rental unit usage data for the rental units in dependence on the RF signals and providing the rental unit status data to a location remote from the rental facility through a communications link; and

receiving, at the location remote from the rental facility, the rental unit usage data through the communications link and periodically determining a rental charge for the rental units in dependence on the rental unit usage data.

13. The method of claim 12 wherein the rental unit usage data is indicative of time periods that the rental units are in use and including determining a duration of the time periods that the rental units are in use, wherein the rental charge for the at least some rental units are based at least in part on the duration of the time periods that the rental units are determined to be in use.

14. The method of claim 12 wherein the RF signals are monitored through a receiver and including determining in dependence on the monitored RF signals a proximity of the rental units to the receiver, where a determination that a particular rental unit is in use depends on determined proximity of the particular rental unit to the receiver.

15. The method of claim 12 including generating an invoice for a user of the rental store in dependence on the determined rental charges.

16. A method of operating an unattended rental location, comprising:

providing a plurality of mobile rental units in a secure enclosure at the rental location, each of the mobile rental units having an associated RF signal emitting device attached thereto for emitting an RF signal that includes identification information identifying the rental unit;

monitoring at the secure location for RF signals emitted by the mobile rental units;

determining, in dependence on the monitoring, when the mobile rental units are in use at the rental location and tracking over a predetermined time period for each of the mobile rental units a cumulative time duration that the mobile rental unit is determined to be in use; and

determining a rental charge for each of the mobile rental units for the predetermined time period based on the cumulative time duration that the mobile rental unit is in use.

17. The method of claim 16 wherein the secure enclosure is a shipping container, wherein providing a plurality of mobile rental units in a secure enclosure at the rental location includes (a) providing at a loading site remote from the rental location a shipping container having a monitoring system secured thereto for performing the monitoring for RF signals emitted by the mobile rental units;

and (b) selecting the mobile rental units and placing at least some of the mobile rental units into the shipping container at the loading site, securing the shipping container shut, and then moving the shipping container to the rental location.

18. The method of claim 17 wherein the mobile rental units are selected based on information about a phase of a project that is being performed at the rental location, wherein different combinations of rental units are selected for different phases.

19. The method of claim 16 wherein determining, in dependence on the monitoring, when the mobile rental units are in use at the rental location includes determining when each of the mobile rental units is taken outside of the container.

20. The method of claim 16 including providing consumable items each having an identification device in the secure enclosure, recording identification information from the identification devices when the consumable items are removed from the secure enclosure and determining an amount to charge for the consumable items based on the recorded identification information.

21. A remote equipment provisioning system comprising:

a mobile container having a lockable door;

a plurality of mobile equipment units located within the container, each of the mobile equipment units having an attached RF signal emitting device attached thereto for emitting an RF signal that includes identification information identifying the mobile equipment unit; and

a store monitor secured to the container, the store monitor including;

(i) a wireless RF receiving device for receiving the RF signals emitted within a coverage area thereof by the mobile equipment units; and

(ii) a store controller connected to the wireless receiver for generating mobile equipment unit status data for the mobile equipment units in dependence on the RF signals received by the RF receiving device and transmitting the mobile equipment unit status data over a wireless communications link.

22. The system of claim 21 wherein the store controller is configured for determining in dependence on the RF signals received by the RF receiving device when one or more of the mobile equipment units are taken outside of the container, and the mobile equipment unit status data includes information identifying mobile equipment units that have been taken outside of the container and the duration that the identified mobile equipment units have been taken outside of the container.

23. The system of claim 21 wherein on at least some of the mobile equipment units the RF signal emitting device is an active RFID device integrated into a data collection unit, each data collection unit including a processor and a visible status indicator responsive to the processor for visually indicating if a mobile unit is in rental state, the processor being configured for detecting based on information received by the data collection unit if the mobile equipment unit to which the data collection unit is attached is in a rental state and if so causing the visible status indicator to indicate the rental state.

24. The system of claim 21 wherein the RF signal emitting device is an active RFID device integrated into a data collection unit, each data collection unit including a processor and a plurality of sensors for detecting unit operating information, the sensors including an accelerometer, the RF signal emitting device being configured for including a representation of the detected unit operating information in the RF signal emitted thereby.