Distributed data collection system for remote photographic processing equipment

• US 6,014,691 A
• Filed: 12/06/1996
• Issued: 01/11/2000
• Est. Priority Date: 12/06/1996
• Status: Expired due to Term

• Current Assignee: Elward B. Brewer
• Original Assignee: Bef Corporation
• Inventors: Bono, Thomas L., Brewer, Richard B., Brewer, Edward B., Smith, Benjamin Duran
• Primary Examiner(s): Rinehart, Mark H.
• Application Number:
  US08/764,097
• Time in Patent Office: 1,131 Days
• Field of Search: 395/200.47, 395/200.76, 395/200.54, 395/200.68, 340/870.01, 340/870.02, 340/870.03, 709/217, 709/246, 709/224, 709/238
• US Class Current: 709/217
• CPC Class Codes: G06F 11/2294 by remote test

Abstract

A remote data collection system for use with a photo-minilab includes an on-site data collector and a host computer. The on-site data collector controls collection of data and information regarding operation of the apparatus and communicates with the host computer to download data from the on-site data collector to be stored into pre-designated data tables. The on-site data collector allows for manual entry of data and control commands via keypads and accesses on-site monitoring devices by program control to gather production data and quality control information.

Claims

1. A photographic processing data collection apparatus which receives and stores data collected from a group of devices in proximity to said data collection apparatus comprising:

an on-site data collector integral with a photographic processor for receiving and storing photographic processing data;

a host computer located at a distant location which contains a means for receiving and formatting data which is downloaded from said on-site data collector to be stored in relational databases;

a bidirectional communication path interconnecting said host computer and said on-site data collector.

2. The apparatus according to claim 1, wherein said on-site data collection further comprising;

a real time clock;

at least three serial interface ports for communicating with local peripheral devices;

a keypad allowing for the manual entry of data signals;

a device for displaying messages and the status of said data collector;

at least one parallel interface port;

at least one programmable interface apparatus; and

a plurality of alterable memory devices for accepting commands and device and data parameters from said host computer, manual entry of commands and temporary storage of said collected photographic processing data.

3. The apparatus according to claim 1, wherein said on-site data collector further comprising:

at least two random access memory chip locations with one of said at least two random access memory chip locations being used for an electrically erasable programmable read only memory; and

at least two erasable programmable read only memory chip locations.

4. The apparatus according to claim 1, wherein said communication path between said data collector and said host computer being through a paired set of modems and a common telecommunication line.

5. A data collector integral with a photographic processor which receives and stores photographic processing data collected from a group of devices in proximity to said data collector comprising:

a central processing unit for controlling the operation of said data collector;

at least one serial interface;

at least one parallel interface;

at least one programmable interface apparatus;

a means located on said data collector for the manual entry of data and commands;

a real time clock for generating a time/date stamp;

a display for providing visual indications of data collector status and reviewing command or data entry; and

a plurality of alterable memory devices for accepting commands and device and data parameters from said host computer, manual entry of commands and temporary storage of said collected photographic processing data.

6. The data collector according to claim 5, wherein said at least one serial interface communicates with at least one from a group of devices, said group consisting of a computerized cash register, a densitometer and a printer/processor.

7. The data collector according to claim 5, wherein said at least one parallel interface communicates with at least one of a group of devices, said group consisting of a computerized cash register, a densitometer and a printer/processor.

8. A data collector integral with a photographic processor which receives and stores photographic processing data comprising:

a central processing unit for controlling the operation of said data collector;

at least one serial interface for communicating with a device located in proximity to said data collector, said device being one from a group consisting of a computerized cash register, a densitometer and a printer/processor;

at least one parallel interface for communicating with a device located in proximity to said data collector, said device being one from a group consisting of a computerized cash register, a densitometer and a printer/processor;

at least one programmable interface apparatus for communicating with a pricing unit;

a keypad allowing for the manual entry of data and commands;

a real time clock for generating a time/date stamp;

a display for providing visual means indicating data collector status and reviewing command or data entry;

a plurality of alterable memory devices for accepting commands and device and data Parameters from a host computer, manual entry of commands and temporary storage of said collected photographic processing data for subsequent transmission to said host computer for storing and reformatting said data for later selective retrieval in the form of one or more reports.

9. A data collection apparatus which receives and stores photographic processing data collected from a group of devices in proximity to said data collector and transmits said collected data to a distant location comprising:

a central processing unit for controlling the operation of said data collector;

at least one serial interface;

at least one parallel interface;

a keypad allowing for the manual entry of data and commands;

a real time clock for generating a time/date stamp;

a display for providing visual means indicating data collector status and reviewing command or data entry;

a plurality of alterable memory devices for temporary storage of commands and device and data parameters and said collected data;

a host computer located at said distant location which utilizes a communication path to download commands and device and data parameters to said data collector and upload collected data from said data collector to said host computer system for formatting and storing said collected and transmitted data into relational databases.

10. A plurality of data collectors integral with photographic processors located in diverse and distant locations each of which receives and stores photographic processing data collected from a group of devices in proximity to each of said plurality of data collectors and transmits said collected photographic processing data to a distant host computer system, each data collector comprising a central processing unit for controlling the operation of said data collector, at least one serial interface, at least one parallel interface, at least one programmable interface apparatus, a data entry means for the manual entry of data and commands, a real time clock for generating a time/date stamp, a display for providing visual indications of data collector status and reviewing command or data entry, a plurality of alterable memory devices for temporary storage of commands and device and data parameters and said collected data, said host computer system utilizes a communication path to download commands and device and data parameters to said plurality of data collectors and upload collected data from said plurality of data collectors and formats and stores said collected and transmitted data into relational databases for later selective retrieval of said photographic processing data in the form of one or more visually perceptive reports.

11. A method for the remote collection of photographic processing data compiled at a photo-minilab comprising the steps of:

collecting and storing photographic processing data from a group of devices consisting of a real time clock, a densitometer, a key pad, and a printer/processor which are all located at said photo-minilab by utilizing an on-site data collection apparatus having at least one alterable memory device;

establishing contact between the on-site data collection apparatus and a host computer located at a distant location by utilizing a communication path;

downloading commands and device and data parameters to said data collector from said host computer and uploading collected data from said on-site data collection apparatus to said host computer; and

formatting and storing said data into one or more relational databases which allows for the selective retrieving of said data in reports on request by a user.

12. The method for the collection of photographic processing data compiled at a photo-minilab of claim 11, further comprising the steps of:

initializing an on-site data collection apparatus by entering the current date and time;

retrieving said photographic processing data from the one or more of said devices which generated an interrupt signal; and

storing said photographic processing data into random access memory and a secondary electronically erasable programmable read only memory for transmission to said distant host computer.

13. The method for collection of photographic processing data compiled at a photo-minilab of claim 11, further comprising the step of communicating, by downloading over a communication path, commands and device and data parameters from a host computer, and by uploading over said communication path, said photographic processing data to said distant host computer on demand.

14. The method for the collection of photographic processor data compiled at a photo-minilab of claim 11, further comprising the step of communicating, by downloading over a communication path, commands and device and data parameters from a host computer, and by uploading over said communication path, said photographic processing data to said distant host computer by said host computer polling said data collector apparatus at a pre-determined time.