TWI690815B - Electronic handbook editing system - Google Patents

Abstract

An electronic handbook editing system is provided to overcome the problem where the typography of the conventional handbook does not fit the user’s reading habits. The electronic handbook editing system includes a document source code programming and linking a plurality of objects to each other according to a predetermined hierarchy to form a tree structure, a function calling for a dynamic linking unit to introduce an adjustment hierarchy and to thereby change the linking of the plurality of objects, a compiler unit loading and compiling the document source code to generate an executable file, and a processing unit electrically connected to the compiler unit and configured to execute the compiler unit. The processing unit displays an executed result of the executable file on a display interface for the user’s operation.

Description

Electronic manual editing system

The invention relates to an electronic manual editing system, in particular to an electronic manual editing system for automatically editing a document content into several chapters and presenting in a hierarchical manner.

In order to allow the public to have a preliminary understanding of the condition, treatment process or precautions after treatment, the medical center will prepare a paper guide manual for introduction to provide the public with free access to reading . For example, taking orthopedics as an example, medical staff will place several paper guide manuals for artificial hip replacement in the waiting area of the orthopaedic clinic, so that people can read the paper guide manuals for the introduction of hip joints while waiting , Precautions before operation and rehabilitation exercise after operation.

The purpose of the paper guide manual is to enable the public to have a preliminary understanding of the orthopaedic content. Therefore, the paper guide manual will only provide a small part of the more important content, and cannot fully present the entire content. Therefore, by digitizing the paper guide manual, an electronic manual is generated to effectively solve the problem that the paper guide manual cannot completely present the entire content.

However, the digitization of the paper guide manual only records the text, images and other data in the paper guide manual in digital form, and there are no chapters in the paper guide manual. Re-arrange the order. Therefore, when the public reads according to the arrangement order of the paper guide manual, if the desired content cannot be found in the previous chapters of the paper guide manual, the reason is that the people The content of most interest in the book is different from the order in which the paper guide manual is arranged, and because the electronic manual corresponding to the paper guide manual does not order the content of several chapters in the paper guide manual Reorganized, so even after digitizing the electronic manual, you will still encounter the same problem.

In view of this, it is necessary to provide an electronic manual editing system to improve the above problems.

In order to solve the above problems, an object of the present invention is to provide an electronic manual editing system, which can be used to automatically edit a document content into several chapters and present them in a hierarchical manner.

The use of the quantifier "a" or "one" in the elements and components described throughout the present invention is for convenience and provides the usual meaning of the scope of the present invention; in the present invention, it should be interpreted as including one or at least one, and single The concept of also includes the plural case unless it clearly means something else.

The electronic manual editing system of the present invention includes: a dynamic link unit for generating a hierarchical adjustment sequence; a source code file for writing several objects, a function function and a user interface, the several objects are According to a preset order of a hierarchy, they are linked to each other and form a tree structure. Each object is assigned a data field and a link field. The data fields store a number of different chapters contained in a document. The content of one chapter of the content, the link field stores an index, the index is used to point to the object of the next level, the function function is used to call the dynamic link unit, and the order of adjustment of the level is substituted to change the number The linking order of the objects, the user interface has several pages, and the several pages respectively present the chapter contents in the several data fields in a hierarchical manner; a compiler unit for loading the dynamic link And compile the unit and the source code file to generate an execution file; and a processor unit, electrically connected to the compiler unit, the processor unit is used to execute the compiler unit, and the generated An execution result is displayed on a display interface for the user to operate.

According to this, the electronic manual editing system of the present invention can re-plan the order of the content of the guide manual through expert experience to be closer to the user's viewing habits, and by linking the content in a tree structure, it can be used When operating the electronic manual editing system, the user can obtain several related digital content, so that the user can quickly understand the upper and lower, horizontal knowledge structure of the content, and can obtain the information of the content more systematically and completely . In this way, the electronic manual editing system of the present invention can achieve the effect of improving the searching efficiency.

Wherein, the dynamic link unit generates an input window for inputting several expert information, each of the expert information has a hierarchical arrangement order, and the hierarchical arrangement order is made by different experts, which are different for each of the several The content of the chapters is sorted in order. After receiving the information of the experts, the dynamic link unit counts the order of the hierarchical levels in a statistical function to generate the hierarchical adjustment order. In this way, the first-line experts can understand what the user is most interested in, and as a priority when arranging the content of several different chapters, it has the effect of improving the user's search efficiency.

Wherein, the statistical function sets different weights for the hierarchical order of the objects, and the higher the hierarchical level has the higher weight than the lower hierarchical level, the statistical function counts the objects The weights of the arrangement order of each layer are added together to generate a weight value for each object, and the arrangement order of the objects is re-ordered from high to low according to the weight value of each object to generate the layer adjustment order. In this way, it has the effect of making the adjustment order of the hierarchy more consistent with the order habits of the user's inquiry.

The display interface is a mobile application installed on a mobile device. In this way, when the user refers to the content of the chapter of the document, it will not be restricted by time and place, and it has the effect of improving the convenience of use.

In order to make the above and other objects, features and advantages of the present invention more obvious and easy to understand, the following is a detailed description of preferred embodiments of the present invention, in conjunction with the attached drawings, as follows:

Please refer to FIG. 1, which is a preferred embodiment of the electronic manual editing system of the present invention. It includes a dynamic link unit 1, a source code file 2, a compiler unit 3, and a processor unit 4. The compiler unit 3 loads the dynamic link unit 1 and the source code file 2, and the processor unit 4 is electrically connected to the compiler unit 3.

The dynamic link unit 1 is a dynamic link library (Dynamic Link Library, DLL) and is used to generate a hierarchy adjustment sequence. In detail, after the dynamic link unit 1 is executed, an input window can be generated, and the input window is used to input several expert information. Each of the expert information has a hierarchical arrangement order, and the hierarchical arrangement order is generated by different experts, which sort the contents of several different chapters contained in a document. The file can be obtained by the dynamic link unit 1 connected to an internal or external database, but not limited to this. After receiving the information of the experts, the dynamic link unit 1 can calculate the order of the hierarchical arrangement by a statistical function to generate a hierarchical adjustment order.

For example, the statistical function can set different weights for the hierarchical order of the objects, and the higher the hierarchical level (the first layer), the higher the weight compared to the lower hierarchical level. The statistical function counts the weights of the several objects in the order of the hierarchical levels to generate a weight value for each object. The statistical function re-orders the arrangement order of the objects from high to low according to the weight value of each object to generate the hierarchical adjustment order.

Please refer to the figure 2 as well. The source code file 2 is used to write several objects, a function function and a user interface. The source code file is written by a high-level language (High-level Language) , For example: Pascal, C, C++, C# or JAVA. The several objects are linked to each other according to a predetermined order of a hierarchy, and form a tree structure. The tree structure is an ordered tree. For example, without limitation, the ordered tree may be a binary tree (Binary Trees) or a red-black tree (Red-black Trees). Each of the objects is assigned a data field D _col and a link field L _col , and the data fields D _col can store one of the content of the different chapters respectively. The data structure type of the data field D _col can be Vector, Map, Set or List, but it is not limited to this. The link field L _col stores an index P (Point), and the index P is used to point to the object of the next level.

This function is used to call the dynamic link unit 1 to substitute the hierarchical adjustment order, and to change the linking order of the several objects by re-pointing the index of the object that needs to be changed in order to the object after adjusting the hierarchical order . Specifically, when the source code file 2 is edited in C# language, the function function can directly call the dynamic link unit 1; when the source code file 2 is edited in JAVA language, the function function must be Calling the dynamic link unit 1 indirectly through mechanisms such as JNI, JNA, or JNative is understood by those with ordinary knowledge in the technical field to which the present invention belongs, and details will not be repeated here.

The user interface has several pages, and the several pages respectively present the chapter contents in the several data fields in a hierarchical manner. For example, but not limited to, the several pages can present the chapter content in each data field D _col with text, graphics, buttons, or a combination of the above.

The compiler unit 3 is used to load the dynamic link unit 1 and the source code file 2 and compile to generate an execution file. In detail, the compiler unit 3 loads the dynamic link unit 1 and the source code file 2 respectively, and then executes a preprocessing program such as text replacement or macro expansion through a preprocessor. Subsequently, the source code file is converted into a mechanical code, and the mechanical code is linked to the dynamic link unit 1 through a linker (Linker) to generate the execution file.

The processor unit 4 is electrically connected to the compiler unit 3, and the processor unit 4 can be any electronic device with data storage, calculation and signal generation functions, such as a programmable logic controller (PLC), a digital signal processor (DSP), microcontroller (MCU) or circuit board with the above functions, etc. The processor unit 4 is used to execute the compiler unit 3 and display an execution result generated by the execution file on a display interface for the user to operate. The display interface may be a computer webpage, or a mobile application (App) installed on a mobile device.

For example, when the electronic manual editing system of the present invention is applied to orthopedics, the chapter content of orthopedics can be divided into a painful site chapter, a severity chapter, a treatment method chapter, and a health education content chapter, and the several The one-level preset order of chapter content is: health education content chapter>injury site chapter>severity chapter>treatment method chapter. The processor unit 4 causes the compiler unit 3 to load the source code file 2 by executing the compiler unit 3. The source code file 2 defines four objects, each of which is assigned a data field D _col and a link field L _col . The four data fields D _col store the injury site chapter, severity chapter, and treatment, respectively Means chapter and health education content chapter, and link the four objects through the link field L _col .

According to the above, the dynamic link unit 1 is called by the function function to generate an input window for the digital orthopaedic expert to generate a hierarchical order for the contents of the above chapters. Suppose there are three orthopedic experts through the input window to enter their respective hierarchical order as "injury site chapter> severity chapter> treatment method chapter> health education content chapter", "injury site chapter> treatment method chapter> severity Chapter> Health education content chapter" and "Injury site chapter> Severity chapter> Health education content chapter> Treatment method chapter".

The dynamic link unit sets the weights of the hierarchical arrangement order in a statistical function to be 0.5, 0.25, 0.16, 0.09 in sequence, then the statistical function can calculate the weight value of the injury site chapter equal to 1.5; the severity chapter The weight value of is equal to 0.66; the weight value of the treatment section is equal to 0.5; and the weight value of the health education content section is 0.34. Therefore, the statistical function is based on the order of "injury site chapter> severity chapter> treatment method chapter> health education content chapter" as a one-level adjustment sequence. This function adjusts the linking order of the above four objects according to the adjustment order of the hierarchy, from "health education content chapter>injury site chapter>severity chapter>treatment method chapter" to "injury site chapter>severity chapter ＞Healing method chapter＞Health education content chapter”, and integrate the corresponding data field D _col content with each page of the user interface according to the link order to generate an execution file. Subsequently, the processor unit 4 installs the execution file on a mobile device for the user to operate.

In summary, the electronic manual editing system of the present invention can re-plan the order of the content of the guide manual through expert experience to be closer to the user's viewing habits, and by linking the content in a tree structure, When users operate the electronic manual editing system, they can obtain several related digital content, and allow users to quickly understand the upper and lower and horizontal knowledge structure of the content, and can obtain it more systematically and completely Information about the content. In this way, the electronic manual editing system of the present invention can achieve the effect of improving the search efficiency.

Although the present invention has been disclosed using the above-mentioned preferred embodiments, it is not intended to limit the present invention. Anyone who is familiar with this art without departing from the spirit and scope of the present invention still makes various changes and modifications to the above-mentioned embodiments. The technical scope of the invention is protected, so the scope of protection of the present invention shall be subject to the scope defined in the appended patent application.

﹝Present invention﹞ 1: dynamic link unit 2: source code file 3: compiler unit 4: processor unit D _col : data field L _col : link field P: index

[Figure 1] A system block diagram of a preferred embodiment of the present invention. [Figure 2] A tree structure diagram of the file arrangement sequence of a preferred embodiment of the present invention.

1: Dynamic link unit

2: Source code file

3: compiler unit

4: processor unit

Claims (4)

An electronic manual editing system, including: A dynamic link unit, used to generate a hierarchy adjustment sequence; A source code file for writing several objects, a function function and a user interface, the several objects are linked to each other according to a hierarchical preset order, and form a tree structure, each of the objects is assigned a A data field and a link field. The several data fields respectively store one of several different chapter contents contained in a document. The link field stores an index, which is used to point down A layer of objects, the function is used to call the dynamic link unit to substitute the layer adjustment order to change the linking order of the several objects, the user interface has several pages, and the several pages are in layers The contents of the chapters in the several data fields are presented separately A compiler unit for loading and compiling the dynamic link unit and the source code file to generate an execution file; and A processor unit is electrically connected to the compiler unit. The processor unit is used to execute the compiler unit and display an execution result generated by the execution file on a display interface for the user to operate. The electronic manual editing system as described in item 1 of the patent application scope, wherein the dynamic link unit generates an input window for inputting several expert information, each of the expert information has a hierarchical order, and the several The hierarchical arrangement order is generated by different experts who sort the content order of the several different chapters respectively. After receiving the information of the several experts, the dynamic link unit counts the hierarchical arrangement order by a statistical function. To generate the hierarchy adjustment order. The electronic manual editing system as described in item 2 of the patent application scope, wherein the statistical function sets different weights for the hierarchical order of the several objects, and the higher the hierarchical level is, the lower the hierarchical level is. With a higher weight, the statistical function counts the weights of the objects arranged in the hierarchy separately to generate a weight value for each object, and according to the weight value of each object, from high to low Reorder the arrangement order of the objects to generate the hierarchy adjustment order. The electronic manual editing system as described in item 1 of the patent application scope, wherein the display interface is a mobile application installed on a mobile device.

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