US 5,032,707 AGranted

Bagless film handling system

AssigneeStandard Manufacturing Company, Incorporated

InventorsGunnar G. Gudmundson, Raymond H. Crochetiere, John R. Reuss

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Abstract

A bagless film handling system for individualized processing of a customer's film into prints is described. A key aspect of the system is a point-of-sale terminal for customer selection of individualized processing options such as print size, finish, etc., and for customer entry of identification information such as the customer's phone number, which selected options and information is used to prepare a machine and human readable label which is applied directly to the film before transport to the processing laboratory. As a result, the system eliminates the use of bags to send individual film orders to the lab, which bags are used in conventional film handling systems both to transport the films and as a means of conveying the customer's selected processing options and identifying information in human readable form only. The bar coded label further enables other manual steps in the conventional system to be automated, including, inter alia, the sorting of films into batches destined for similar processing, the splicing of the films, and the packaging of the films with their corresponding prints.

Claims8

Dependent claims

A bagless film handling system for individualized processing of customers' individual films into prints according to selected processing options, the films being contained in corresponding cartridges, comprising:

a point-of-sale terminal for selecting the processing options, and for producing machine readable labels coded with selected options and also coded with identification indicia for associating the individual films with the customers, which labels are directly applied to the corresponding film cartridges containing the films;
a sorter for scanning the processing options from the machine readable labels on the film cartridges, and automatically sorting the film cartridges into batches destined for similar processing based on said selected options;
a splicer for removing the films in a batch from their corresponding cartridges, automatically splicing the films of the batch using machine readable splices coded with splice numbers, for scanning the splices used to splice the films of the batch to provide the splice numbers for the films in the batch, for scanning the labels applied to the film cartridges corresponding to the films in the batch to provide the identification indicia for the films in the batch, and for associating the splice numbers for the films in the batch with the identification indicia for the same films;
a printer for printing the films in a batch onto a print roll, each film in the batch being printed onto corresponding individual prints in the print roll, for scanning the splices used to splice the films in the batch to obtain the splice numbers coded onto the splices, and encoding the splice numbers for the films in the batch onto the corresponding individual prints in the print roll;
a packer for cutting the spliced films of a batch into individual films, for cutting the print roll for the batch into individual prints, for matching the individual films with the corresponding individual prints produced from the film by scanning the splice number from the film, by decoding the splice number from the corresponding prints, and matching the same, for loading the individual films and corresponding prints into wallets, for obtaining the identification indicia associated with the splice numbers, and associating the wallets with the customers using the identification indicia;
and
at least one control computer coupled to the sorter, the splicer, and the packer for (a) receiving and storing data from the splicer associating the splice numbers with the identification indicia;
(b) transmitting said data to the packer for associating the wallets with the customers;
and (c) transmitting data to the sorter indicating which film cartridges should be batched together for similar processing.

6 more elements

A bagless film handling method for individualized processing of customers' individual films into prints according to selected processing options, the films being contained in corresponding cartridges, comprising the steps of:

selecting the processing options;
producing machine readable labels coded with selected options and also encoded with identification indicia for associating the individual films with the customers;
applying the labels directly to the film cartridges containing the films;
scanning the machine readable labels on the film cartridges to obtain the selected processing options;
automatically sorting the film cartridges into batches destined for similar processing based on the selected options;
removing the films in a batch from their corresponding cartridges;
automatically splicing the individual films of the batch together using machine readable splices coded with splice numbers;
scanning the labels applied to the film cartridges to obtain the identification indicia for the films;
associating the splice numbers for the films with the identification indicia for the same films;
storing the associated splice numbers and identification indicia;
developing and printing the spliced films of a batch onto a corresponding print roll, each film in the batch being printed onto corresponding individual prints in the print roll;
scanning the splices for the films in a batch to provide the splice numbers for the films in the batch, and encoding the numbers onto the corresponding individual prints for the films;
cutting the spliced films in a batch into individual films and cutting the corresponding print roll for the batch into the individual prints corresponding to the films;
matching the individual films with the corresponding individual prints produced from the films by decoding the numbers from the prints, by scanning the splice numbers from the individual films, and matching the same;
loading the films and the matching corresponding prints into wallets;
obtaining the identification indicia associated with the splice numbers on the films utilizing the associated splice numbers and identification indicia;
and
associating the wallets with the customers utilizing the identification indicia.

15 more elements

A bagless film handling system comprising:

a point-of-sale terminal for selecting processing options for customers' films contained in corresponding cartridges, and for producing machine readable labels coded with such selected options, also coded with dealer numbers and customer identification indicia, which are directly applied to the cartridges containing the films;
a sorter for scanning the labels applied to the cartridges to obtain the machine readable processing options for the films contained in the cartridges, and automatically sorting the cartridges containing the films into batches destined for similar processing based on said selected options;
a splicer for removing the films in a batch from their corresponding cartridges, for automatically splicing the films of a batch together using machine readable splices coded with splice numbers, for scanning the splices used to splice the films of a batch to provide the splice numbers for the films in the batch, for scanning the labels applied to the films in the batch to provide the dealer numbers and customer identification indicia for the films in the batch, and for associating the splice numbers for films in the batch with the dealer numbers and customer identification indicia for the same films;
a printer for printing the spliced films in a batch onto a print roll, each film in the batch being printed onto corresponding individual prints in the print roll;
a packer for cutting the spliced films of a batch into individual films, for matching the individual films with the corresponding individual prints produced from the film by scanning the splice numbers from the films, by decoding the splice numbers from the corresponding prints, and matching the same, for loading the individual films and corresponding prints into wallets, for obtaining the dealer numbers and customer identification indicia associated with the splice numbers for the films, and associating the wallets with the customers using the customer identification indicia and dealer numbers;
and
at least one control computer coupled to the sorter, the splicer, and the packer for (a) receiving and storing data from the splicer associating the splice numbers with the dealer numbers and customer identification indicia;
(b) transmitting said data to the packer for associating the wallets with the customer identification indicia and the dealer numbers;
and (c) transmitting data to the sorter indicating which film cartridges should be batched together for similar processing.

6 more elements

A bagless film handling method comprising the steps of:

selecting processing options for customers' films contained in corresponding cartridges;
automatically preparing machine-readable labels coded with such selected options, and also coded with dealer numbers and customer identification indicia, and applying the labels to the cartridges containing the films;
scanning the labels to obtain the selected processing options, and automatically sorting the cartridges containing the films into batches based on such selected options;
removing the films in a batch from their corresponding cartridges and automatically splicing the films of the batch together using machine readable splices coded with splice numbers;
scanning the splices used to splice the films of a batch to provide the splice numbers for the films in the batch;
scanning the labels applied to the cartridges corresponding to the films in the batch to provide the dealer numbers and customer identification indicia for the films in the batch;
associating and storing the splice numbers for the films in the batch with the dealer numbers and customer identification indicia for the same films;
printing the spliced films in a batch onto a print roll, each film in the batch being printed onto corresponding individual prints in the print role;
cutting the spliced films of a batch into individual films;
cutting the print roll for the batch into individual prints;
matching the individual films with the corresponding individual prints produced from the films by scanning the spice numbers from the films, decoding the numbers from the corresponding prints, and matching the same;
loading the individual films and corresponding prints into wallets;
obtaining the dealer numbers and customer identification indicia associated with the splice numbers for the films;
and
associating the wallets with the customers using the customer identification indicia and the dealer numbers.

12 more elements

Dependencies are inferred from the claim text.