Electronic data document generation method and device

Abstract

The invention relates to an electronic data document generation method and device. The method comprises the following steps: acquiring a document picture template and a position range of at least one preset field in the document picture template; obtaining field data of the at least one preset field; determining the layout of the field data in the position range according to a preset adaptive rule; and combining the document picture template and the field data into an electronic data document according to the layout of the field data in the position range. According to the electronic data document generation method and device provided by the embodiments of the invention, the electronic data document with the optimized format can be efficiently generated.

Description

technical field [0001] The present application relates to the technical field of electronic documents, in particular to a method and device for generating electronic data documents. Background technique [0002] Electronic data documents are almost involved in everyone's daily life. Typical electronic data documents can include various invoices, movie tickets, drug lists, hospital inspection reports and so on. In related technologies, before receiving the electronic data receipt, the user needs to generate the electronic data receipt on a related platform, for example, before receiving the prescription receipt, the user needs to generate the prescription receipt on the hospital platform. [0003] The method of generating the electronic data document in the related art may include obtaining a pre-stored PDF template, then parsing the PDF template and assembling the corresponding information into the corresponding position in the PDF template, and finally converting the PDF te...

AI Technical Summary

Problems solved by technology

This method often consumes more computing resources. This is because the PDF template itself has a large file storage space. Parsing the PDF template not only needs to consume more computing resources, but also takes a long time. Usually, it takes a long time to generate a single electronic data document. The time needs to be 600-800 milliseconds, and the number of concurrent processing on a single machine is up to 5, which cannot meet the needs of some application scenarios with a large number of electronic documents

For example, during the peak period of hospital traffic, such as before work or on weekends, it is often necessary to print prescriptions, invoices and other electronic data documents continuously. According to the current efficiency of generating electronic data documents, it will not only increase the waiting time of users, but also reduce Operational efficiency of densely populated places such as hospitals

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