Electronic note processing method

Abstract

The invention discloses an electronic note processing method which comprises the following steps of: writing note processing status information in real time in each note processing flow; after electrifying or restarting, when judging that the previous note processing flow abnormally exits, inquiring the current note processing status of a note to be processed, selecting the preset subsequent processing mode of the note to be processed according to the current note processing status, and entering a corresponding note processing flow; specially, also writing note processing type information before each note processing flow; and moreover, when judging that the previous note processing flow abnormally exits, inquiring the note processing type of the note to be processed, and simultaneously selecting the preset subsequent processing mode of the note to be processed by combining the note processing type. The invention improves the capability of an electronic note making device for automatically processing the note after abnormal situations including power failure and the like occur, is beneficial to fully utilizing note paper, lightens the workload of operators, and can satisfy the requirement of an unattended automatic note selling environment.

Description

technical field [0001] The invention relates to the field of electronic bill processing, in particular to a method for processing electronic bills after abnormal conditions such as power failure occur. Background technique [0002] Due to the characteristics of strong anti-counterfeiting and high automatic recognition rate, electronic bills (such as magnetic tickets and RFID tags) have been widely used in the field of valuable bills such as air tickets, train tickets, bus tickets, and entrance tickets. In addition to the visible information printed on the surface of electronic bills, invisible data encoding information is often recorded in its non-volatile storage (such as magnetic encoding information recorded on the magnetic strip of the magnetic ticket, data stored in the RFID chip) , so the bill processing process of electronic bills is more complicated than that of ordinary paper bills. Below, taking the magnetic ticket as an example, the following briefly describes th...

AI Technical Summary

Problems solved by technology

Because the current ticket making status is not recorded and tested, there are certain problems in the ticket making device and its ticket making process: when the ticket making device has abnormal conditions such as power failure, it is difficult to judge when the abnormal situation occurs when the ticket channel is turned on again. The ticket making state of the ticket paper; thus, the ticket making device cannot perform follow-up processing on the basis of the original ticket making state, and has to restart the next ticket making process, resulting in a waste of ticket paper

This method not only increases the workload of the operator, but also greatly wastes the available ticket paper

[0012] It can be seen that the existing electronic bill processing method has poor processing ability after abnormal conditions such as power failure, and it is necessary to improve it.

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