Interfacing method for network printers

Abstract

In an interfacing method, a plurality of network printers, which are provided with different kinds of film for image reproduction, are connected by an interface unit to an image information network. Available kinds of film with respect to each of the network printers, which are connected to the interface unit, are recognized. A network printer, which is among the plurality of the network printers and which corresponds to a kind of film coinciding with an output request, is selected in accordance with the results of the recognition. An output instruction, which coincides with the output request, is given to the thus selected network printer. An image can thereby be reproduced with the printer, which corresponds to the kind of film desired by an operator, such that considerable time and labor may not be required of the operator.

Description

BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] This invention relates to an interfacing method and an interface unit for network printers. This invention also relates to a client apparatus provided with functions of the interface unit for network printers. This invention further relates to a method and device for monitoring a network printer in a medical network, wherein a network printer designed to send a monitoring signal, which represents a state concerning output, in accordance with a special-purpose protocol may be connected to a plurality of terminals, each of which operates under management with one of plural kinds of operating systems having different forms. This invention still further relates to a method and system for managing a parameter wherein, in cases where a parameter, which represents image processing conditions, or the like, for a medical image to be reproduced by each of image output devices that reproduce medical images and are connected to...

AI Technical Summary

Benefits of technology

This solution reduces operator burden by automating the selection of appropriate printers and sorter stages, ensures efficient image reproduction, and allows for remote monitoring of printer states, thereby minimizing time and labor costs while maintaining compatibility across diverse operating systems.

Problems solved by technology

In cases where LP's are connected to a network, the problems described below are encountered.

However, a single printer cannot necessarily carry out image reproduction on sheets of film having various different sizes.

However, if sheets of film having various different base colors are to be exchanged successively for image reproduction in a single printer, considerable time and labor will be required.

However, it is practically impossible that various different kinds of film are processed in a single printer.

Also, in cases where a malfunction occurs with a printer, image reproduction must wait before the repairing of the printer is finished.

However, in a network, various film output requests are made by many terminals, and therefore the sorting in a larger number of sorting stages is required.

However, the number of the sorter stages cannot be increased unlimitedly due to limitation of physical space, which can be occupied by the sorter, at the location of the printer, and complexity of discharging paths from an output section of the printer to the sorter.

Such a procedure is a burden to the medical doctor, who is the operator, and is not practicable.

Also, it is not practicable for the operator to grasp which printer is malfunctioning at present and to specify a normal printer.

Such a procedure is a burden to the operator and is not practicable.

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