Apparatus and method of collecting and monitoring shipment data

• US 20060116893A1
• Filed: 11/24/2004
• Published: 06/01/2006
• Est. Priority Date: 11/24/2004
• Status: Abandoned Application

• Current Assignee: BAX Global Incorporated (Government of Germany)
• Original Assignee: BAX Global Incorporated (Government of Germany)
• Inventors: Reinick, Kim Karen, Carnes, Joseph Leland, Minns, David Jonathan
• Application Number:
  US10/996,763
• Publication Number:
  US 20060116893A1
• Time in Patent Office: Days
• US Class Current: 705/333
• CPC Class Codes: G06Q 10/08 Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
• CPC Class Codes: G06Q 10/0833 Tracking
• CPC Class Codes: G06Q 30/0201 Market modelling; Market analysis; Collecting market data

Abstract

A system is described for colleting and monitoring shipment data, wherein one or more service providers can enter into the system shipment data that is indicative of the attributes of a plurality of customer shipments as one or more customers forwards at least one customer shipment through a shipment-cycle. The shipment data reflects the attributes of each customer shipment and/or events occurring to at least one customer shipment during its shipment cycle. The collecting and monitoring system comprises a plurality of customer terminals, a web server, a central computer and a plurality of disparate shipment data input terminals, a plurality of customer terminals, a web server, a central computer and a plurality of disparate shipment data input terminals. Each of the plurality of customer terminals comprises a customer display, a customer computer and a customer data input device, the customer computer being programmed to facilitate the customer to input using its data input device a request for the shipment data of one or more of the customer'"'"'s shipments. The web server comprises a server memory for storing web pages for facilitating at least one customer to enter a request for shipment data. The central computer comprises a shipment tracking data base for receiving and storing shipment data. The central computer is programmed for receiving and storing shipment data in the shipment tracking data base. Each of the plurality of disparate shipment data input terminals enters shipment data into the system which includes a synchronous terminal computer and an asynchronous terminal computer. The central computer being programmed to access from the shipment data elements that are used to determine the compliance statistics and whether shipment data has been entered in each core data element of each shipment. The system further includes a plurality of customer data input devices for requesting shipment data corresponding to criteria entered by a customer.

Claims

11. The method of determining the compliance statistics as claimed in claim 1, wherein there is included the further step of identifying each core date element which is related with one of the plurality of shipments.

12. The method of determining the compliance statistics as claimed in claim 11, wherein there is included the further step of examining each core data element accessed from the central computer to determine for the one shipment, which of the plurality of stations are involved in the one shipment cycle and which role each involved station plays.

13. The method of determining the compliance statistics as claimed in claim 12, wherein the step of determining whether data has been entered in each core data element examines each core data element related to the one shipment to determine if data has been entered in each core data element of the one shipment and counts the core data elements of the one shipment in which data has been entered to provide a count of the these core data elements by the terminal that entered the counted core data elements.

14. The method of determining the compliance statistics as claimed in claim 13, wherein there is further included the steps of determining for one of the plurality of terminals the number of data core elements entered by the one terminal and for each shipment, subtracts the counted number of core data element into which data has been entered by one terminal, from the total number of data core elements entered by the one terminal.

15. The method of determining the compliance statistics as claimed in claim 1, wherein step b) repeatedly accesses each core data element in the central computer until each core data element has been accessed by the central computer.

16. The method of determining the compliance statistics as claimed in claim 15, wherein after step b) has accessed each core data element in the central computer and step c) of determining and step d) of determining have been executed to determine one of the plurality of terminals, there is included the further step of counting each of the total number of core data elements in which data has not been entered.

17. The method of determining the compliance statistics as claimed in clam 16, wherein there is included the further step of dividing the total number of errors by the total number of data core elements entered by the one terminal to provide an error rate for the station related to the one terminal.

18. The method of determining the compliance statistics as claimed in claim 1, wherein there is included for the plurality of stations the further steps of identifying each shipment of the plurality of shipments as it passes through one of the plurality of stations, identifying for a predetermined interval of time each of the plurality of shipments moving to the one station during its shipping-cycle, determining for each shipment passing to the one station the number of data core elements entered by the a terminal related to the one station, and determining for each shipment passing to one station the number of date core elements which have not been filled with data.

19. The method of determining the compliance statistics as claimed in claim 18, wherein there is included the further steps of determining the total number of core data elements provided by each of the identified shipments moving to the one station and determining the total number core date elements of the identified shipments moving to the one station which were not filled with data.

20. The method of determining the compliance statistics as claimed in claim 1, wherein there is included the further steps of determining each shipment that moves in its shipment-cycle to a predetermined station, based upon the predetermined station and the shipment that moved to the predetermined station determining that each station has a corresponding role, and determining for the predetermined station and each shipment that moved to the predetermined station the number of data core-elements provided for each shipment that moved to the predetermined station.

21. The method of determining the compliance statistics as claimed in claim 20, wherein there is included the further steps of counting the number of data core-elements provided by each of the plurality of shipment that were moved to the predetermined station to provide a total number of data core-elements, and determining the number of data core-elements which were filled with data.

28. The system for collecting and monitoring as claimed in claim 21, wherein each data input system responds to the receipt of the parcel status data by storing the changed parcel status data in the non-synchronous station memory.

29. The system for collecting and monitoring as claimed in claim 28, wherein the data input system determines whether a system administrator has manually requested a transmission or an internal trigger has activated the transmission of parcel status data via the first data transmission network to the main frame computer.

22. A system for collecting and monitoring shipment data, wherein one or more system administrators enters into the system shipment data that is indicative of the status of a plurality of shipments as at least one shipment is moved through a shipment-cycle, the shipment data reflecting the attributes of each shipment and/or events occurring to each shipment during its shipment-cycle, the collecting and monitoring system comprising:

a) a first plurality of synchronous terminals, each of the plurality of synchronous terminals comprises a browser and an emulator;

b) a second plurality of non-synchronous terminals, each of the plurality of non-synchronous terminals comprises at least one data input system and a non-synchronous terminal memory;

c) first and second data transmission networks, each of which transmits there over the shipment data from one of the terminals;

d) a central computer comprising a shipment tracking database for receiving and storing shipment data therein, and a shipment tracking program memory for storing a program for receiving and storing shipment data in the shipment tracking database;

e) a web server comprising a webpage memory for storing web pages for facilitating the service provider'"'"'s entry of shipment data into the shipment tracking database; and

f) the emulator being actuated by at least one of the service providers to execute the program stored in the shipment tracking program memory to connect the emulator to the central computer by the first data transmission network to enter shipment data into the shipment tracking database, and the browser being actuated by the one service provider to connect the browser by the second data transmission network to the webpage memory whereby the service provider may display at least one webpage to facilitate the one service provider to enter shipment data over the second data network to the shipment tracking database, each of the data input systems is non-synchronous with respect to each of the web server and the central computer, whereby shipment data is inputted from the data input system into the shipment tracking database by the first transmission data network.

23. The system for collecting and monitoring as claimed in claim 22, wherein at least one of the administrators prompts one of the data input systems to enter parcel starter data in the non-synchronous station memory, the one data input system determines whether the administrator has requested a transmission of the parcel status data or if an internal trigger has been provided by the data input system and if so, the newly entered parcel status data is transmitted to the non-synchronous station memory.

24. The system for collecting and monitoring as claimed in claim 23, wherein the data input system copies a sub-set of the parcel status data residing in the non-synchronous station memory into a flat-file to be transmitted over the first data transmission network to the mainframe computer

25. The system for collecting and monitoring as claimed in claim 24, wherein the mainframe computer executes the program stored in the parcel tracking software memory to open the flat-file and to extract the parcel data there from.

26. The system for collecting and monitoring as claimed in claim 25, wherein the mainframe computer continues to execute the program stored in the parcel tracking software memory to examine the parcel status data from the flat-file to determine if an error exists and if an error exists, the extracted parcel status data is rejected and a report of information about the error is constructed and displayed.

27. The system for collecting and monitoring as claimed in claim 25, wherein if no errors are detected by the mainframe computer, the mainframe computer transmits the parcel status data from the flat-file to the parcel tracking database.

30. A system for collecting and monitoring shipment data, wherein one or more service providers can enter into the system shipment data that is indicative of the attributes of a plurality of customer shipments as one or more customers forwards at least one customer shipment through a shipment-cycle, the shipment data reflecting the attributes of each customer shipment and/or events occurring to at least one customer shipment during its shipment-cycle, the collecting and monitoring system comprising:

a) a plurality of customer terminals, each customer terminal comprising a customer display, a customer computer and a customer data input device, the customer computer being programmed to facilitate the customer to input using its data input device a request for the shipment data of one or more of the customer'"'"'s shipments;

b) a web server comprising a server memory for storing web pages for facilitating at least one customer to enter a request for shipment data;

c) a central computer comprising a shipment tracking data base for receiving and storing shipment data, the central computer being programmed for receiving and storing shipment data in the shipment tracking data base; and

d) a plurality of disparate shipment data input terminals for entering shipment data into the system, at least one of the plurality of shipment data input terminals has a synchronous terminal computer which is programmed to operate synchronously with respect to the web server and the central computer, and at least another of the plurality of shipment data input terminals has a shipment data input memory and an asynchronous terminal computer which is programmed to operate asynchronously with respect to the web server and the central computer to determine whether the inputted shipment data represents a change in the attribute and/or the status of the customer shipment and, if so, to store the received shipment data in the shipment data input memory and to download the inputted shipment data from the shipment data input memory to the shipment tracking data base.

31. The system for collecting and monitoring as claimed in claim 30, wherein the terminal computer of each of the plurality of disparate shipment data input terminals is programmed to assign at least one status code to each shipment data to indicate if the events have occurred to at least one shipment as the one shipment moves through its shipment-cycle.

32. The system for collecting and entering monitoring as claimed in claim 30, wherein the asynchronous terminal computer is further programmed to determine if the physical attributes of the shipment have changed or if an event has occurred to at least one shipment as it moves through its shipment-cycle to generate a trigger and to determine whether a service provider administrator has manually actuated a request for a transmission of the shipment data or an internal trigger is generated to request the transmission of the shipment data to the central computer.

33. The system for collecting and monitoring as claimed in claim 32, wherein the asynchronous terminal computer is further programmed to determine whether a trigger has been activated or the service provider has requested a manual transmission, and, if so, then transfer the shipment data to the shipment data input memory.

34. The system for collecting and monitoring as claimed in claim 33, wherein the asynchronous terminal computer is further programmed to copy and store a sub-set of the shipment data into a flat-file, before initiating a data connection via a data transmission network to the central computer.

35. The system for collecting and monitoring as claimed in claim 34, wherein the central computer is further programmed to determine when the data transmission network interconnects the other shipment data input terminal and the central computer and, when connected, the other shipment data input terminal transfers the flat-file through the data transmission network to the central computer.

36. The system for collecting and monitoring as claimed in claim 35, wherein the central computer is further programmed to open the flat-file upon its receipt in the central computer and to extract the shipment data from the flat-file.

37. The system for collecting and monitoring as claimed in claim 36, wherein the central computer is further programmed to compare the extracted shipment data with a transmission specification to determine whether the extracted parcel data differs from the transmission specification thereby indicating an error in the extracted shipment data.

38. The system for collecting and monitoring as claimed in claim 37, wherein the central computer in further programmed to determine that the extracted shipment data matches the transmission specification to permit the flat-file to be transmitted to the shipment tracking data base.

39. The system for collecting and monitoring as claimed in claim 38, wherein each of the plurality of disparate shipment status data input terminals compares its extracted shipment data with the same transmission specification to ensure that the entire system is using the same data format.

40. A system for collecting and entering shipment status data into the system, the shipment status data is indicative of the status of at least one customer shipment which one or more customers forwards through a shipment-cycle, the shipment status data reflecting selected events occurring to at least one shipment during its shipment-cycle, wherein the collecting and entering system comprises:

a) a central computer comprising a shipment tracking database for receiving and storing the shipment status data, the central computer being programmed to receive and store shipment status data into the shipment tracking data base;

b) a data input for assigning a status code to identify the physical position where each of the selected events occurs and for transmitting in real time via a data transmission network the shipment status data and the assigned status codes to the shipment tracking database;

c) a plurality of customer terminals, each customer terminal comprising a customer display, a customer computer and a customer data input device, said customer computer being programmed to facilitate the one customer to input using its data input device at least one request for the shipment status data of the one customer'"'"'s shipment(s); and

d) a web server comprising a server memory for storing web pages for facilitating the one customer to enter a shipment status data request for the shipment status data of the one shipment of the one customer.

41. The system for collecting and entering shipment status data as claimed in claim 40, wherein the one customer enters using the customer data input device a search criteria of the one customer'"'"'s shipment.

42. The system for collecting and entering shipment status data as claimed in claim 41, wherein the central computer being further programmed to respond to the search criteria to construct and transmit to the shipment tracking data base the shipment status data request to identify all of the shipment(s) stored in the shipment tracking data base that corresponds to the search criteria entered by the one customer.

43. The system for collecting and entering shipment status data as claimed in claim 42, wherein the central computer being further programmed to respond to the shipment status data request by providing an output message comprising the corresponding shipment(s).

44. The system for collecting and entering shipment status data as claimed in claim 43, wherein the central computer being further programmed to transmit the output message via a data transmission network to the web server, which constructs a web page to be downloaded to a corresponding one of the customer terminals for display of the output message to the one customer.

45. The system for collecting and entering shipment status data as claimed in claim 41, wherein the central computer being further programmed to respond to the search criteria to search the shipment status data stored in the shipment tracking data base and to identify each shipment as stored therein that corresponds to the search criteria.

46. The system for collecting and entering parcel status data as claimed in claim 45, wherein the central computer being further programmed to access the assigned status codes associated with each of the parcels corresponding to the entered search criteria.

47. The system for collecting and entering shipment status data as claimed in claim 45, wherein the central computer being further programmed to connect the central computer to the web server to transmit thereto the output message, and processing the time sequenced message to provide a web page that embodies the output message, and to store the webpage in the server memory, and the web server being programmed to facilitate the customer entering its search criteria to access the web server and display the output message to the customer providing the request.

48. The system for collecting and entering parcel status data as claimed in claim 42, wherein the selected events correspond to a plurality of locations, which define the shipment-cycle of the one shipment.

49. A system for collecting and entering shipment data into the system, the shipment data is indicative of the confidential attributes of each of the plurality of shipments, each of the plurality of shipments being forwarded by a related customer, wherein the collecting and entering system comprises:

a) a web server comprising a web page memory for storing web pages for facilitating each of the plurality of customers to enter a request for the shipment data of at least one of the customer'"'"'s shipments;

b) a plurality of customer terminals, each customer terminal comprising a customer display, a customer computer and a customer data input device;

c) a data warehouse computer comprising a warehouse database for receiving and storing the shipment data; and

d) the data warehouse computer being programmed to respond to the receipt of the request for the shipment data by prompting the one customer to input its password, to compare the one customer'"'"'s pass word with a plurality of valid customer passwords and, if there is a match, prompting the one customer to enter its search criteria, and construct and apply a search request for the entered search criteria to search the shipment data stored in the warehouse data base to provide a list of one or more shipments with attributes that match the customer'"'"'s search criteria.

50. The system for collecting and entering shipment data into the system as claimed in claim 49, wherein the warehouse computer being programmed to receive search criteria including date ranges, types of services, cost of service and security.

51. The system for collecting and entering shipment data as claimed in claim 49, wherein there is further included a data input for inputting and storing shipment data in the warehouse data base;

and the data input comprises a central computer which comprises a shipment tracking database for receiving and storing the shipment data, the central computer being programmed to receive and store shipment data into the warehouse data base.

52. The system for collecting and entering parcel status data as claimed in claim 51, wherein the central computer being programmed to copy and repetitively transfer at a predetermine interval the content of the shipment tracking data base to the warehouse data base.

53. The system for collecting and entering shipment data as claimed in claim 52, wherein there is further included a plurality of disparate shipment data input terminals for entering shipment data into the shipment tracking data base.

54. The system for collecting and entering shipment parcel status data as claimed in clam 52, wherein the central computer being programmed to time date when each shipment is entered into the shipment tracking data base and to copy and transfer those shipment data elements that have a time date later than the last time the shipment data elements were copied and transferred to the warehouse data base.