WO2009065262A1

WO2009065262A1 - Object collecting method in multidimension frame, object collecting system, and recording medium

Info

Publication number: WO2009065262A1
Application number: PCT/CN2007/003318
Authority: WO
Inventors: Mingzhong Li; Mingchang Li
Original assignee: Mingzhong Li; Mingchang Li
Priority date: 2007-11-23
Filing date: 2007-11-23
Publication date: 2009-05-28

Abstract

An object collecting method in multidimension frame, an object collecting system and recording medium are disclosed. The object collecting system includes a setting module, a converting module, a collecting module and a display module. The setting module sets the multidimension frame, and generates the collecting condition set; the converting module converts the collecting condition set to the collecting parameter set applied for the corresponding collecting module; the corresponding collecting module performs the collecting function to obtain the collecting result set after receiving the collecting parameter set; the display module displaysthe acquired collecting result set.

Description

Object collection method of multi-dimensional framework, object collection system and recording medium thereof

The invention relates to an object collection method and system, in particular to a multi-dimensional framework object collection method, an object collection system and a recording medium thereof. Background technique

At present, there are mechanisms for collecting information such as data or content, including search, filtering, etc., but current object collection technologies, such as search engines, search systems, or filtering systems, have a common limitation, that is, for a collection. Most of the themes can only be collected by keyword words or limited natural language. It is not able to provide users with a systematic collection of collections, a collection strategy, a collection process, and a collection result. It is impossible to browse, manage, and apply the collected results according to the collection framework.

For example, in the Taiwan Patent Application No. 96139293, "Object Indexing Data for Objects, Object Storage and Storage, Object Access Method, and Object Access System", in order to enable access to objects using a multi-dimensional framework, A multi-dimensional framework object stores and stores, and uses a multi-dimensional framework object access method and system to access objects in the multi-dimensional framework object storage storage. However, multi-dimensional frameworks can only be applied to multi-dimensional framework object storage and storage, and can not be applied to existing data collection systems such as various databases and search engines.

Therefore, how to apply the concept of multi-dimensional framework object access method and system technology to various data collection systems, and use multi-dimensional framework to collect data or content objects such as files, pictures, videos, news, web pages, papers, patents, etc. And browsing, managing and applying the collected results according to the multi-dimensional framework is a very important issue.

It can be seen that the above-mentioned existing multi-dimensional framework object collection method, object collection system and its recording medium obviously have inconveniences and defects in the method, product structure and use, and need to be further improved. In order to solve the above problems, the relevant manufacturers do not bother to find a solution, but the design that has not been applied for a long time has been developed, and the general methods and products have no suitable methods and structures to solve the above problems. This is obviously an issue that the relevant industry is anxious to solve. Therefore, how to create a new multi-dimensional framework of object collection methods, object collection systems and their recording media is one of the current important research and development topics, and it has become the goal of the industry.

In view of the above-mentioned shortcomings of the prior art, the inventors have actively researched and innovated based on the practical experience and professional knowledge of designing and manufacturing such products for many years, and with the use of academics, in order to create a new multi-dimensional framework. Object collection method, object collection system and its record The media can improve the object collection method, the object collection system and its recording media of the existing multi-dimensional framework to make it more practical. After continuous research and design, and after repeated efforts and improvements, the present invention has finally been created with practical value. Summary of the invention

The object of the present invention is to overcome the defects of the existing multi-dimensional framework object collection method, the object collection system and the recording medium thereof, and to provide a new multi-dimensional framework object collection method, object collection system and recording medium thereof. The technical problem to be solved is to enable the user to repeatedly use the multi-dimensional framework to specify the collection scope, formulate the collection strategy, perform the collection work, display the collected results, and then browse, manage and apply the collected results according to the multi-dimensional framework. Practical.

The object of the present invention and solving the technical problems thereof are achieved by the following technical solutions. According to the present invention, a multi-dimensional framework object collection method includes the following steps: a setting step of setting a multi-dimensional framework to generate a collection condition set; and a conversion step of converting the collection condition The collection is a collection of at least one collection parameter; a collection step of performing a collection function according to the at least one collection parameter set to obtain at least one collection result set; and a displaying step of displaying the at least one collection result set.

The object of the present invention and solving the technical problems thereof can be further achieved by the following technical measures. The foregoing object collection method of the multi-dimensional framework, wherein the setting step further comprises a frame assisted design program to assist in designing the multi-dimensional framework.

The foregoing object collection method of the multi-dimensional framework, wherein the setting step further comprises a collection range setting program for setting a collection range according to the multi-dimensional framework.

In the foregoing object collection method of the multi-dimensional framework, the setting step further includes a collecting set setting program for setting the collection condition of the object.

The object collection method of the multi-dimensional framework described above, wherein the setting step further comprises an auxiliary setting search program for assisting in searching for any of the multi-dimensional frames, any multi-dimensional squares or Any object.

The foregoing object collection method of the multi-dimensional framework, wherein the collecting step further comprises an advertisement collecting program for providing advertisement information associated with the at least one collection result set.

The foregoing object collection method of the multi-dimensional framework, wherein the collecting step further comprises a collecting suggestion program for providing a collecting suggestion associated with the at least one collected result set.

The object collection method of the multi-dimensional framework described above, wherein the displaying step further comprises a frame browsing program for displaying the at least one collection result set according to the multi-dimensional framework.

The object collecting method of the multi-dimensional framework described above, wherein the displaying step further comprises a display condition setting program for setting a display condition of the object.

The foregoing object collection method of the multi-dimensional framework, wherein the displaying step further comprises An auxiliary browsing search program for assisting in searching for any of the multi-dimensional framework, any multi-dimensional square or any object in the displaying step.

The foregoing object collection method of the multi-dimensional framework, wherein the displaying step further comprises an object management program for managing the objects included in the at least one collection result set.

The object collection method of the multi-dimensional framework described above, wherein the displaying step further comprises an object execution program for executing the object included in the at least one collection result set.

The foregoing object collection method of the multi-dimensional framework, wherein the displaying step further comprises an object integration program for integrating the objects included in the at least one collection result set.

The foregoing object collection method of the multi-dimensional framework, wherein the displaying step further comprises an object screening program for screening the objects included in the at least one collection result set.

The object collection method of the multi-dimensional framework described above, wherein the displaying step further comprises a collection analysis program for analyzing the objects included in the at least one collection result set.

The foregoing object collection method of the multi-dimensional framework, wherein the displaying step further comprises a framework subscription program for subscribing to the update object according to the multi-dimensional framework.

The object collecting method of the multi-dimensional framework described above, wherein the displaying step further comprises a nest collecting program for performing the multi-dimensional frame object collecting method again on the displayed at least one collected result set.

The foregoing object collection method of the multi-dimensional framework, wherein the displaying step further comprises a collaborative storage program for cooperating with a multi-dimensional framework object access system, storing the multi-dimensional framework, the at least one collection result set To a multi-dimensional framework object storage warehousing.

The object of the present invention and solving the technical problems thereof are also achieved by the following technical solutions. A multi-dimensional framework object collection system according to the present invention includes: a setting module for setting a multi-dimensional framework to generate a collection condition set; at least one conversion module is a respective Receiving the collection condition set and converting it into a collection set parameter suitable for a corresponding collection module; the at least one collection module is respectively receiving the corresponding collection parameter set output by the conversion module, and according to the collection Collecting a parameter set to perform a collection function to obtain a collection result set; and a display module for receiving the collection result set output by the at least one collection module and displaying the collection result.

The object of the present invention and solving the technical problems thereof can be further achieved by the following technical measures. In the foregoing multi-dimensional framework object collection system, the setting module further includes a frame auxiliary design unit to assist in designing the multi-dimensional framework.

In the foregoing object collection system of the multi-dimensional framework, the setting module further includes a collection range setting unit configured to set a collection range according to the multi-dimensional framework.

In the foregoing object collection system of the multi-dimensional framework, the setting module further includes a collection condition setting unit configured to set the collection condition of the object.

The foregoing multi-dimensional framework object collection system, wherein the setting module further comprises An auxiliary setting search unit is configured to assist in searching for any one of the multi-dimensional frames, any multi-dimensional squares or any object in the setting module.

The foregoing multi-dimensional framework object collection system, wherein the collection module further comprises an advertisement collection unit for providing advertisement information associated with the collection result set.

The foregoing multi-dimensional framework object collection system, wherein the collection module further comprises a collection suggestion unit for providing collection suggestions associated with the collection result set.

The object collection system of the multi-dimensional framework described above, wherein the display module further comprises a frame display unit for displaying the at least one collection result set according to the multi-dimensional framework.

In the foregoing object collection system of the multi-dimensional framework, the display module further includes a display condition setting unit for setting display conditions of the object.

The object collection system of the multi-dimensional framework, wherein the display module further includes an auxiliary browsing search unit for assisting in searching for any of the multi-dimensional frames, any multi-dimensional squares or any of the display modules. An object.

In the foregoing object collection system of the multi-dimensional framework, the display module further includes an object management unit configured to manage the objects included in the at least one collection result set.

In the foregoing object collection system of the multi-dimensional framework, the display module further includes an object execution unit configured to execute the object included in the at least one collection result set.

In the foregoing object collection system of the multi-dimensional framework, the display module further includes an object integration unit for integrating the objects included in the at least one collection result set.

The foregoing object collection system of the multi-dimensional framework, wherein the display module further comprises an object screening unit for filtering the objects included in the at least one collection result set.

In the foregoing object collection system of the multi-dimensional framework, the display module further includes a collection analysis unit configured to analyze the objects included in the at least one collection result set.

The foregoing multi-dimensional framework object collection system, wherein the display module further comprises a frame subscription unit for subscribing to the update object according to the multi-dimensional framework.

The object collection system of the multi-dimensional framework described above, wherein the display module further comprises a nest collecting unit for performing the multi-dimensional frame object collecting system again on the displayed at least one collected result set.

The foregoing multi-dimensional framework object collection system, wherein the display module further comprises a collaborative storage unit for cooperating with a multi-dimensional framework object access system, the multi-dimensional framework, the at least one collection result set Store to a multi-dimensional frame object storage warehousing.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. A multi-dimensional framework object collection client system according to the present invention includes: a setting module for setting a multi-dimensional framework, thereby generating a collection condition set and transmitting to at least one a dimension frame object collecting server system; and a display module, configured to receive at least one collection result set returned by the at least one multi-dimensional frame object collection server system, and display It.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. According to the present invention, a multi-dimensional framework object collection server system includes: a conversion module for receiving a multi-dimensional framework object to collect a set of collection conditions transmitted by the client system, and converting the same a collection parameter set suitable for a collection module; and the collection module is configured to receive the collection parameter set, and perform a collection function according to the collection parameter set, to obtain a collection result set, and return the multi-dimensional The framework object collects the client system.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. According to the present invention, a multi-dimensional framework object collection client system includes: a setting module for setting a multi-dimensional framework, thereby generating a collection condition set and outputting it; at least one a conversion module, which is respectively configured to receive the collection condition set generated by the setting module, and converts it into a collection set parameter corresponding to a corresponding multi-dimensional framework object collection server system, and then transmits the corresponding collection parameter set to the corresponding one. The multi-dimensional framework object collects the server system; and a display module is configured to receive and display the at least one collection result returned by the at least one multi-dimensional framework object collection server system.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. A multi-dimensional framework object collection server system according to the present invention includes a collection module, which is configured to receive a multi-dimensional framework object to collect a collection parameter set suitable for the collection module output by the client system. And performing a collecting function according to the collected parameter set to obtain a collected result set, and returning the multi-dimensional framework object to collect the user end system.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. An information device readable recording medium according to the present invention is configured to store a multi-dimensional frame object collection system for loading into an information device and causing the information device to execute The multi-dimensional framework object collection system includes: a setting module, configured to set a multi-dimensional framework, thereby generating a collection condition set; at least one conversion module, each receiving the collection condition set, And converting the set to a collection parameter set applicable to the corresponding collection module; the at least one collection module respectively receiving the collection parameter set output by the corresponding conversion module, and performing the collection function according to the collection parameter set And obtaining a collection result set; and a display module, configured to receive the collection result set output by the at least one collection module, and display the same.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. An information device readable recording medium according to the present invention is configured to store a multi-dimensional framework object collection client system, wherein the multi-dimensional framework object collects a client system for loading into an information device, and And the information device is executed, wherein the multi-dimensional framework object collecting client system comprises: a setting module, configured to set a multi-dimensional framework, thereby generating a collection condition set and transmitting to at least one multi-dimensional framework Object collection server system; and a display module is used Receiving, by the at least one multi-dimensional framework object, collecting at least one collection result set returned by the server system, and displaying the same.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. An information device readable recording medium according to the present invention is configured to store a multi-dimensional frame object collection server system, wherein the multi-dimensional frame object collection server system is loaded into an information device, and And the information device is executed, wherein the multi-dimensional framework object collecting server system comprises: a conversion module, configured to receive a multi-dimensional framework object to collect a collection condition set by the client system, and convert the a collection parameter set applicable to the collection module; and the collection module is configured to receive the collection parameter set, and perform a collection function according to the collection parameter set to obtain a collection result set and return the multi-dimensional framework The object collects the client system.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. An information device readable recording medium according to the present invention is configured to store a multi-dimensional framework object collection client system, wherein the multi-dimensional framework object collects a client system for loading into an information device, and The information device is executed, wherein the multi-dimensional framework object collecting client system comprises: a setting module, configured to set a multi-dimensional framework, thereby generating a collection condition set and outputting the same; at least one conversion The module is respectively configured to receive the collection condition set generated by the setting module, and converts it into a collection set parameter corresponding to a corresponding multi-dimensional framework object collection server system, and then transmits the corresponding collection parameter set to the corresponding multi-dimension The frame object collecting server system; and a display module, configured to receive the at least one collection result set returned by the at least one multi-dimensional frame object collection server system, and display the same.

The object of the present invention and solving the technical problems thereof are additionally achieved by the following technical solutions. An information device readable recording medium according to the present invention is configured to store a multi-dimensional frame object collection server system, and the multi-dimensional frame object collection server system is loaded into an information device, and The information device is executed, wherein the multi-dimensional framework object collection server system comprises a collection module, which is configured to receive a multi-dimensional framework object to collect a collection parameter set suitable for the collection module output by the client system, and Performing a collection function according to the collection parameter set to obtain a collection result set, and returning the multi-dimensional framework object collection client system.

The present invention has significant advantages and advantageous effects over the prior art. With the above technical solution, the object collecting method, the object collecting system and the recording medium of the multi-dimensional framework of the present invention have at least the following advantages and beneficial effects:

1. The present invention can repeatedly utilize a multi-dimensional framework to systematically set collection scope, formulate collection strategies, perform collection work, display collection results, and reflect people's multidimensional views and knowledge structures on things.

2. The present invention is based on a multi-dimensional framework, which can be applied to various object sources for collection, and can obtain collection results in accordance with a multi-dimensional framework. 3. The present invention can browse, manage, execute, filter, integrate, analyze, subscribe, and nest collection applications according to a multi-dimensional framework.

In summary, the present invention relates to a multi-dimensional framework object collection method, an object collection system, and a recording medium thereof. The multi-dimensional framework object collection system includes a setting module, a conversion module, a collection module, and a display module. By setting a module to set a multi-dimensional framework, and thereby generating a collection condition set, the conversion module converts the collection condition set into a collection parameter set applicable to the corresponding collection module, and the corresponding collection module receives the collection parameter. After the collection, the collection function is performed to obtain the collection result collection, and the display module displays the obtained collection result collection. Therefore, it is possible to repeatedly use the multi-dimensional framework to systematically set collection conditions, formulate collection strategies, perform collection work, and browse, manage, and apply collection results according to a multi-dimensional framework. The invention enables the user to repeatedly use the multi-dimensional framework to specify the collection scope, formulate the collection strategy, perform the collection work, display the collection result, and then browse, manage and apply the collection result according to the multi-dimensional framework, which is very suitable for practical use. The invention has many advantages and practical values as described above, and has great improvements in methods, product structures or functions, has significant advances in technology, and has produced useful and practical effects, and has advantages over the prior art. The outstanding performance of the promotion makes it more suitable for practical use, and is a new design that is innovative, progressive and practical.

The above description is only an overview of the technical solutions of the present invention, and the technical means of the present invention can be more clearly understood, and can be implemented in accordance with the contents of the specification, and the above and other objects, features and advantages of the present invention can be more clearly understood. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments will be described in detail with reference to the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

1A is a diagram of an embodiment of a multi-dimensional framework of the present invention.

Figure 1B is a diagram of an embodiment of a multi-dimensional operation of the present invention.

2 is a flow chart of a method for collecting a multi-dimensional framework object according to the present invention.

3 is a diagram of an embodiment of a multi-dimensional framework object collection system of the present invention.

4A is a first embodiment of a multi-dimensional framework object collecting client system and a server system according to the present invention.

4B is a second embodiment of a multi-dimensional framework object collecting client system and a server system according to the present invention.

Figure 5 is a diagram showing an embodiment of a setting module using a multi-dimensional framework patent search system of the present invention.

Figure 6 is a diagram showing an embodiment of a conversion module usage interface of a multi-dimensional framework patent search system of the present invention.

7 is a diagram showing an embodiment of a read module use interface of a multi-dimensional framework patent search system of the present invention. [Main component symbol description]

10: Dimensions Π : Multi-dimensional framework

12, 121, 122: Multi-Dimensional Squares 13 : Multi-Dimensional Operations

131: Roll-up operation 132: Drill-down operation

14 objects

15 Collection conditions 20 : Multi-dimensional framework object search

21 Setup Step 22: Conversion Steps

23 Collection steps, search steps ^ 24: Display steps

30 multi-dimensional framework object collection system, multi-dimensional framework patent search system

31 Setting Module 32: Conversion Module

33 Collection Module, Search Module, Filter Module 34 : Display Module

41 . 4Γ : Multi-dimensional framework object collection server system

42, 42 ': multi-dimensional framework object collection client system

50 Auxiliary Setting Search Unit 51: Link Management Window

52 dimension management window

53 Frame Management Window 54 : Scenario Management Window

55 frame operation window

56 Object Display Window 57: Frame Auxiliary Design Unit

58 collection range setting unit, search range setting unit

59 collection condition setting unit, search condition setting unit

61 Conversion Tool Window 62: Convert Design Window

70 Assist Browsing Search Unit

71 Display condition setting unit 72 2 Object management unit

73 Object Execution Unit 74: Object Selection Unit

75 Collection Analysis Unit 76: Framework Subscription Unit

77 Advertising 78: Collecting suggestions

79 Nested collection unit The best way to achieve the invention

In order to further explain the technical means and efficacy of the present invention for achieving the intended purpose of the invention, the object collection method, the object collection system and the recording medium thereof according to the multi-dimensional framework proposed by the present invention will be described below with reference to the accompanying drawings and preferred embodiments. The specific embodiments, methods, steps, structural features and effects thereof are described in detail below.

The foregoing and other objects, features, and advantages of the invention will be apparent from the Detailed Description Through the description of the specific embodiment, when The drawings are to be considered as illustrative and not restrictive.

First of all, the "293 case" mentioned in the following embodiments refers to the "multi-dimensional frame object index data, object storage warehousing, object access method, and object access system" of the Taiwanese application No. 96139293. , hereinafter referred to as "293 case".

Referring to Figure 1A, there is shown an embodiment of a multi-dimensional framework 11 of the present invention. Figure 1B is a diagram of an embodiment of a multi-dimensional operation 13 of the present invention.

It has been stated in the case of 293 that the object 14 is any resource existing in the computer and the network, but does not include objects in the traditional data warehousing technology that are used for data analysis and that are used to provide a summary calculation and need to be numerically shaped. .

The multi-dimensional framework 11 includes at least one multi-dimensional square 12, which is constructed by at least one dimension 10, wherein each dimension 10 has a dimension level, and each dimension level includes at least one dimension member. For example, the multi-dimensional framework 11 has three dimensions 10, and each dimension 10 has a first dimension hierarchy and a second dimension hierarchy, and each dimension hierarchy further includes a first dimension member and a second dimension member. The hierarchical structure of dimension 10 can be transformed from the ontology that describes the nature of things and organizational relationships.

Taking the collection of patent documents as an example, as shown in FIG. 1A, the dimension 10 of the multi-dimensional>frame 11 includes the application time dimension, the application country dimension, and the International Patent Classification Code (IPC) dimension. The level of the application time dimension may include the annual level and the semi-annual level, and the annual level of the application time dimension may include two-dimensional members in 2005 and 2006, and the half-year level may include two-dimensional members in the first half and the second half. In practice, the multi-dimensional framework 11 of the patent document may further include dimensions such as Uni ted States Patent Class if icat ion (USPC), technical classification, and power classification. The multi-dimensional square 12 is an intersection formed by the multi-dimensional framework 11 to form the dimension members of the dimension 10, and further combines the names or attribute values of the respective dimension members themselves and their parent dimension members to form a collection condition 15 Collect patent documents based on the basis. In other words, the multi-dimensional framework 11 is a collection architecture, and each multi-dimensional square 12 of the multi-dimensional framework 11 is a collection category under the collection architecture.

The structure definition of the multi-dimensional framework 11 can be stored using an extensible markup language (XML) or database technology, and the application system can construct a multi-dimensional framework 11 according to which the user can perform multi-dimensional operations 13 . As shown in Fig. 1A and Fig. 2, the collection of patent documents is also taken as an example. From the national dimension of the application, it can be divided into the level of the country and the level of the country. When the level of the Rol l-Up operation is 131 to the level of the continent. The patent documents of the two lower-level multi-dimensional squares 121 and 122 at the national level are merged into the patent documents of the multi-dimensional square 12 of the first-level level. Similarly, the Dr i l l-down operation 132 can also be inferred backwards.

It can be seen that the "multi-dimensional framework" 11 and the "multi-dimensional square" referred to in the embodiments are similar to the so-called multi-dimensional storage (Cube) and multi-dimensional storage cells in the online analytical processing technology. (Ce ll), and "multi-dimensional operation" 1 3 is similar to the various modes of operation for multi-dimensional storage in online analytical processing techniques. In particular, the "multi-dimensional framework" 11, the "multi-dimensional grid" 12 and the "multi-dimensional operation" 13 are used to collect, manage and apply the object 14, and can break through the online analysis processing technology only for The numerical value in the data storage fact table is used to summarize and display the limit of the summary value. It can also be understood that the main difference between the present invention and the 293 case is that the 293 case mainly applies the multi-dimensional framework to the classification and access of objects, and the present invention is mainly applied to the collection of objects.

Referring to FIG. 2, it is a flowchart of a method for collecting a multi-dimensional framework object collection method 20 of the present invention. This embodiment is a multi-dimensional framework object collection method 20, which includes the following steps: setting step 21, converting step 22, collecting step 23, and displaying step 24.

The setting step 21 described above is to set a multi-dimensional framework 11 to generate a collection of collection conditions. Each multi-dimensional square 12 in the multi-dimensional framework 11 corresponds to a collection condition 15, and the collection condition 15 corresponding to each multi-dimensional square 12 is a collection condition collection condition.

Further, step 21 is further provided, further comprising a frame assisted design program for assisting in designing the multi-dimensional framework 11, for example, a design template of a dimension or a multi-dimensional framework recommended by an original, expert or public in the system, and can be further used. Demand is adjusted to save design time.

The setting step 21 further includes a collecting range setting program for selecting an appropriate multi-dimensional square 12 according to the multi-dimensional framework 11 to set the collecting range.

The setting step 21 further includes a collecting condition setting program for setting the collecting condition 15 of the object 14, such as the number of collected items, the file format, the content language or the content type. It is also possible to set the relationship threshold of the collected object 14 to collect objects of a certain level of relationship 14 .

Further, the setting step 21 further includes an auxiliary setting searching program for assisting in searching the multi-dimensional frame 11, the multi-dimensional square 12 or the object 14 in the setting step 21. For example, combined with keyword or natural language search technology to assist the search, and then provide automatic selection of the system or manual selection by the user, simplifying the complexity of browsing the multi-dimensional framework 11, multi-dimensional square 12 or object 14 one by one.

The conversion step 22 described above is to convert the collection of collection conditions into at least one collection of collection parameters. Each collection condition 15 in the collection condition set corresponds to a collection parameter, and the collection parameter corresponding to each collection element 15 in the collection condition collection is a collection parameter set. The transformation module 32 of the multi-dimensional framework object collection system 30 is configured to convert the collection condition set into a collection parameter set suitable for the corresponding collection module 33 in the multi-dimensional framework object collection system 30.

The collecting step 23 is to perform a collecting function according to at least one collection parameter set, thereby obtaining at least one collection result set. Each collection parameter in the collection parameter set corresponds to a collection result, and the collection result corresponding to each collection parameter in the collection parameter set is a collection result collection. The collection module 33 of the multi-dimensional framework object collection system 30 is for collecting functions. The system or service, the collection module 33 performs the collection work according to the collected parameter set, and obtains the collection result set.

The collecting step 23 may further include an advertisement collecting program for providing the advertising information 77 associated with the collected result set. The gathering step 23 may further include a collection suggestion program for providing collection suggestions 78 associated with the collection of collected results. The collecting step 23 may further include a subscription publishing program for actively providing the updated object 14 based on the subscription request made by the user according to the multi-dimensional framework 11.

The above display step 24 is to display a collection result collection. The display step 24 further has a frame browsing program, which provides the user with the multi-dimensional square 12 to be displayed according to the multi-dimensional framework 11 , that is, the browsing range is set, and all or part of the multi-dimensional square 12 can be browsed. Collect results.

Step 24 is further displayed, further comprising a display condition setting program for setting the display condition of the object 14, such as the number of displayed items, the file format, the content language or the content type. It is also possible to set the relationship threshold value of the display object 14 to display the object 14 having a certain degree of relationship.

Step 24 is further displayed, further comprising an auxiliary browsing search program for assisting in searching for the multi-dimensional framework 11, the multi-dimensional square 12 or the object 14 in the displaying step 24. For example, combined with keyword or natural language search technology to assist the search, and then provide automatic selection of the system or manual selection by the user, simplifying the complexity of browsing the multi-dimensional framework 11, multi-dimensional square 12 or object 14 one by one.

Step 24 is further displayed, further comprising an object management program for managing the objects 14 included in the collection result set, for example, performing management operations of adding, cutting, copying, pasting, and deleting the object 14.

Step 24 is further displayed, further comprising an object execution program, configured to execute the object 14 included in the collection result set, the manner of execution may be directly performed by the user on the object 14 or click the right mouse button to select the compatible operation. Execute, or automatically executed by the agent (Agent).

In addition, step 24 is further displayed, which further includes an object integration program for integrating the plurality of collection result sets provided by the different collection modules 33 to be combined and displayed, and further collecting collection results of different formats according to regulations. Displayed after the display style is converted.

Step 24 is further shown, further including an object screening program for screening the collected objects 14. For example, when the objects 14 of the plurality of multi-dimensional squares 12 are displayed in combination, the objects 14 that are too close or repeated may be automatically removed to avoid repeatedly displaying the objects 14 that are too close or identical.

Further, step 24 is further displayed, and further includes a collecting and analyzing program. For example, when the object 14 is a patent document, the patent analysis function provided by the Taiwan Patent Information Network for the result of the patent document query may be applied, and the displayed patent document is performed. analysis.

Step 24 is further shown, further comprising a framework subscription program for subscribing to the updated object 14 according to the multi-dimensional framework 11. That is, a subscription request is submitted to the collection module 33, and the request collection module 33 actively provides the update object 14 that conforms to the multi-dimensional framework 11. Steps 24 are further displayed, further including a nested collection procedure, and the multi-dimensional framework object collection method 20 is used for further access to the displayed collection result set, and the concept of the folder can still be added to the folder in the file manager. Logically, after the object reading result is separately stored, it is regarded as another new object source, and is repeatedly executed according to each step of the multi-dimensional frame object collecting method 20, thereby obtaining a more clear object reading result.

Steps 24 are further shown, further comprising a collaborative storage step for cooperating with the multi-dimensional framework object access system of the 293 case, storing the multi-dimensional framework 11 and the collected result set into a multi-dimensional framework object storage storage. When needed, it can be read according to the multi-dimensional framework object access method.

Referring to FIG. 3, an embodiment of a multi-dimensional framework object collection system 30 of the present invention is shown. FIG. 4A is a first embodiment of a multi-dimensional framework object collecting client system 42 and a server system 41 according to the present invention. FIG. 4B is a second embodiment of a multi-dimensional framework object collecting client system 42 and a server system 41 according to the present invention.

As shown in FIG. 3 , the present embodiment is a multi-dimensional frame object collection system 30 , which includes a setting module 31 , at least one conversion module 32 , at least one collection module 33 , and a display module 34 . .

The setting module 31 is configured to provide a user to set a multi-dimensional framework 11 and thereby generate a collection of collection conditions.

The module 31 is further configured to further include a frame auxiliary design unit 57 for assisting in designing the multi-dimensional framework 11, for example, a design template of a dimension or a multi-dimensional framework recommended by the system, an expert or a public, and according to the use requirements. Adjust to save design time.

The setting module 31 further includes a collecting range setting unit 58 for selecting an appropriate multi-dimensional square 12 according to the multi-dimensional frame 11 to set the collection range of the object 14.

The setting module 31 further includes a collecting condition setting unit 59 for setting the collecting parts of the object 14, such as the number of collected items, the file format, the content language or the content type. It is also possible to set the relationship threshold value of the collected object 14 and store the object with a certain degree of relationship 14 .

The setting module 31 further includes an auxiliary setting searching unit 50 for assisting in searching the multi-dimensional frame 11, the multi-dimensional square 12 or the object 14 in the setting module 31. For example, combined with keyword or natural language search technology to assist the search, and then provide automatic selection of the system or manual selection by the user, simplifying the complexity of browsing the multi-dimensional framework 11, multi-dimensional square 12 or object 14 one by one.

The setting module 31 further provides a user setting whether to accept the advertisement information 77 related to the collected result provided by the collecting module 33, or whether the user is willing to accept the collecting suggestions related to the collected result provided by the collecting module 33. 78; or set whether to provide summary information about the collected results, such as the number of collections, file size, and so on. The setting module 31 further provides a collection mode of the user setting collection module 33, and the collection mode refers to a process of actually performing the collection work. When the upper layer of each dimension is integrated by the lower layer and the lower layer is the upper layer division, in fact, only the collection result of the partial multi-dimensional square 12 can be collected, and the collection result of all the multi-dimensional squares 12 can be derived. For example, after the collecting module 33 actually collects the collected result of the lower multi-dimensional square 12, the display module 34 gradually integrates the upper multi-dimensional square 12 from the bottom to the top according to the architecture of the multi-dimensional framework 11. The results of the collection.

As shown in FIG. 3, the at least one conversion module 32 receives the collection of collection conditions and converts them into a collection of collection parameters applicable to the corresponding collection module 33, and outputs the collected parameter sets to the corresponding collection module 33. The conversion module 32 converts the collection condition set transmitted by the setting module 31 into the collection parameter set applicable to the corresponding collection module 33 according to the requirement of the collection module 33 for the collection parameter set, and then transmits the collection parameter set to the corresponding collection. Module 33.

The collection parameter may be a simple parameter data, which is executed by the collection module 33; or is a collection instruction that can be directly executed, and the collection module 33 can directly execute the collection module 33 after receiving it. For example, when the collection module 33 is a search engine or a retrieval system, the conversion module 32 converts the collection condition 15 into a query conditional or dynamic webpage grammar specified by the search engine or the retrieval system, and the collection parameter is Parameters, the collection parameters can be passed to the search engine or the retrieval system, which is self-analyzed and combined into a complete search command and executed. When the collection module 33 is a database system, the conversion module 32 converts the collection condition 15 into a structured query language (SQL) that is received and executed by the database system, so the collection parameter is a kind of Instructions can be executed directly by the database system.

The conversion module 32 also collects the search conditions set in the condition setting unit 59, such as the number of collections, file format, content language, arrangement, content type, relationship, summary information, The advertisement information 77, the collection recommendation 78, and the like are added to the collection parameter set, and are collectively processed by the collection module 33.

As shown in FIG. 3, the at least one collection module 33 is configured to receive the collection parameter set output by the corresponding conversion module 32, and perform a collection function according to the collection parameter set to obtain a collection result set, and collect the result. The collection is transmitted to the display module 34.

The collection function performed by the collection module 33 mainly includes mechanisms such as search and filtering. The collection module 33 is a collection system or service for performing collection work. As far as the current technology is concerned, the search technology includes, for example, an operating system, a database, a search engine, a search system, or a Web Server; and the filtering technology includes a webpage, a mail, and the like.

More preferably, the collection module 33 is a multi-dimensional framework object access system of the 293 case. The object 14 can be distributed into the multi-dimensional square 12 of the multi-dimensional frame 11 by the multi-dimensional frame object access system, and the multi-dimensional frame object index data is configured to correspond to the object 14, and the multi-dimensional frame 11, the object 14 and the The corresponding multi-dimensional framework object index data is stored in the multi-dimensional framework object The storage is stored and the objects 14 are collected using a multi-dimensional framework object access system.

The collection module 33 further includes an advertisement collection unit for providing advertisement information 77 associated with the collection result collection. As with the advertising services provided by Goog le and Yahoo. When the user sets the willingness to accept the advertisement information 77 in the setting module 31 collection condition setting unit 59, the collection module 33 transmits the advertisement information 77 to the display module 34.

The collection module 33 further includes a collection suggestion unit for providing a collection recommendation 78 associated with the collection result set, such as Amazon providing the most popular, highly associated or popular recommendation product, or providing suggestions for further setting the collection range. . When the user sets the willingness to accept the collection suggestion 78 in the setting module 31 collecting condition setting unit 59, the collecting module 33 transmits the collecting suggestion 78 to the display module 34.

The collecting module 33 has a subscription publishing unit for actively providing the updated object 14 according to the subscription request made by the user according to the multi-dimensional framework 11, which is similar to the function of sending the electronic newspaper.

Further, when the collection parameter set includes, for example, the collection condition 15 such as the number of collections, the file format, the content language, the arrangement, the content type, and the relationship degree, the collection module 33 performs the function according to the collected parameter set, and then The collection result set that meets the collection limit is transmitted to the display module 34. Similarly, when the collection parameter set includes the summary information related to the calculation collection result, such as the number of collected samples, the collection module 33 transmits the summary and summary information of the collection result set to the display module 34.

The display module 34 is configured to receive a collection of collected results transmitted by at least one collection module 33, and provide a user to browse at least one collection result set. The display module 34 further has a frame browsing unit for the user to browse at least one collection result set according to the multi-dimensional framework 11 , and the user can set the multi-dimensional square 12 to be browsed, that is, set the browsing range. To browse the results of the collection of some multi-dimensional squares 12.

The display module 34 further includes a display condition setting unit 71 for setting the display condition of the object 14, such as the number of displayed items, the file format, the content language or the content type. It is further possible to set the relationship threshold value of the display object 14 to display the object 14 having a certain degree of relationship.

The display module 34 further includes an auxiliary browsing search unit 70 for assisting in searching the multi-dimensional frame 1 1 , the multi-dimensional square 12 or the object 14 in the display module 34 . For example, combined with keyword or natural language search technology to assist the search, and then provide automatic selection of the system or manual selection by the user, simplifying the complexity of browsing the multi-dimensional framework 11, multi-dimensional square 12 or object 14 one by one.

The display module 34 further includes an object management unit 72 for managing the objects included in the collected result set 14, for example, performing management operations of adding, cutting, copying, pasting, and deleting the object 14.

The display module 34 further includes an object execution unit 73 for executing the object 14 included in the collection result set. The execution manner can be directly performed by the user on the object 14 or by clicking the right mouse button to select compatible Operational execution, or automatic detection by the agent (Agent) carried out.

The display module 34 further includes an object integration unit for integrating the plurality of collection result sets to be combined and displayed, and further converting the collection result sets of different formats according to the specified display style and displaying the same.

Also shown is module 34, further comprising an object screening unit 74 for screening the collected objects 14. For example, when the objects 14 of the plurality of multi-dimensional squares 12 are displayed in combination, the objects 14 that are excessively or repeatedly present can be automatically removed, and the objects 14 that are too similar or identical can be repeatedly displayed.

The display module 34 further includes a collection analysis unit 75 for analyzing the objects 14 included in the collection result collection. For example, when the object 14 is a patent document, the patent analysis function provided by the Taiwan Patent Information Network for the patent document query result can be applied to analyze the displayed patent document.

The display module 34 further includes a frame subscription unit 76 for subscribing to the updated object 14 according to the multi-dimensional framework 11. The request collection module 33 periodically provides updated objects 14 based on the multi-dimensional squares 12 included in the browsing range, which is similar to the function of subscribing to the newsletter.

The display module 34 further includes a nested collection unit 79 for further accessing the multi-dimensional framework object collection method 20 for the collection result set, and the concept of the folder can still be added to the folder in the file manager. Logically, after the object reading result is separately stored, it is regarded as another new object source, and is repeatedly executed according to the steps of the multi-dimensional frame object collecting method 20, thereby obtaining a more clear object reading result.

In addition, when the setting module 31 collects the condition setting unit 59 to set the willingness to accept the advertisement information 77, the display module 34 accepts the advertisement information 77 provided by the collection module 33 and displays it; similarly, If the setting is accepted 78, the display module 34 accepts the collection suggestions 78 provided by the collection module 33 and is associated with the collection result set. Similarly, if the summary information is provided, the display module 34 displays The summary information of the collected results contained in each multi-dimensional square 12, such as the number of collected articles. Thereby, the display module 34 can simultaneously display the item 14 details and summary information of the collected result set.

The display module 34 further includes a collaborative storage unit for cooperating with the multi-dimensional framework object access system of the 293 case, and storing the multi-dimensional framework 11 and the collected result set to the multi-dimensional framework object storage and storage of the 293 case. . That is, the multi-dimensional framework 11 of the multi-dimensional framework object collection system 30 and the collection result collection are transmitted to the multi-dimensional framework object access system, and the multi-dimensional framework object access system configures the multi-dimensional framework object index data on the object 14, The multi-dimensional framework 11, the object 14 and the newly configured multi-dimensional framework object index data are stored in the multi-dimensional framework object storage storage, and can be read by the multi-dimensional framework object access system when needed.

The multi-dimensional framework object collection system 30 can be a stand-alone application, or can be integrated with an existing application by using an embedded or plug-in method, allowing the user to have a system architecture in the original application. Use the multi-dimensional framework object to access the system's functionality. The inline mode refers to the multi-dimensional framework object collection system 30 preset in various applications; the plug-in method is similar to the tool bar provided by the MSN or Goog le on the browser, and the multi-dimensional framework is installed by the user. The plugin of the object collection system 30.

As shown in FIG. 3, the multi-dimensional framework object collection system 30 can be completely a client system, and the user can directly perform various functions on the user side, or can be completely a server system, and the user can connect through the network. The line-to-server system performs various functions, such as search engines such as Google.

As shown in FIG. 4A, the multi-dimensional framework object collection system 30 can be a client-server system architecture. The multi-dimensional framework object collection client system 42 includes a setting module 31 and a display module 34, and a multi-dimensional framework object collection servo. The end system 41 includes a conversion module 32 and a collection module 33. After the user completes the setting in the multi-dimensional framework object collecting client system, the multi-dimensional framework object is collected and collected by the server system 41, and then transmitted back to the multi-dimensional framework object collection client system 42 for display.

Or, as shown in FIG. 4B, the multi-dimensional framework object collects the client system 42, including the setting module 31, the conversion module 32, and the display module 34, and the multi-dimensional framework object collection server system 41 includes a collection module. 33. The user collects the client 42 in the multi-dimensional framework object, completes the setting, and performs the conversion, and then is collected by the multi-dimensional framework object collection server system 4, and then transmitted back to the multi-dimensional framework object collection client system 42. , show it.

The above objects are collected from the client system 42, 42, and the object collection server systems 41, 41, and each of the modules is similar to the module in the object collection system 30, and will not be further described herein.

The multi-dimensional framework object collection system 30 can be stored in a recording medium readable by the information device, and the multi-dimensional frame object collection system 30 is used to load into the information device and cause the information device to execute. Similarly, the multi-dimensional framework object collection client system 42, 42, and the multi-dimensional framework object collection server system 41, 41 may also be separately stored in the information device readable recording medium and loaded into the information device. Enable the information device to execute it.

Please refer to FIG. 5, which is a diagram of an interface module usage interface of a multi-dimensional framework patent search system 30 of the present invention. 6 is a diagram showing an embodiment of a conversion module usage interface of a multi-dimensional framework patent search system 30 of the present invention. FIG. 7 is a diagram showing an embodiment of a display module use interface of a multi-dimensional framework patent search system 30 of the present invention.

For example, when the object 14 is a patent document and is collected as a search method, the original multi-dimensional frame object collection method 20 and the object collection system 30 correspond to a multi-dimensional framework patent search method and a patent search system. In this embodiment, the description of "collection" in the above embodiment is replaced by "search".

As shown in FIG. 5, the system mask of the multi-dimensional framework patent search system 30 has a function column and A main window. The function column includes buttons for setting, converting, searching and displaying functions for executing the setting module 31, the conversion module 32, the search module 33 and the display module 34, respectively.

Further, the following describes the functions of the multi-dimensional framework patent search system according to the steps of the multi-dimensional framework patent search method:

First, the setting steps 21

The user opens a new multi-dimensional framework object search project for a search topic. The user clicks the setting function button to enter the operation program of the setting module 31. As shown in FIG. 5, the main window includes a connection management window 51, a dimension management window 52, a frame management window 53, and a plan management window 54, And the frame operation window 55 and the object display window 56. The tool column further includes a frame assist design unit 57 and an auxiliary setting search unit 50. ,

The operation program of the setting module 31 mainly includes: first, setting a search link; second, designing a search dimension; third, designing a search frame; and fourth, setting a search plan. The following describes each operating procedure separately:

First, the user adds at least one search link to the link management window 51. Each search link corresponds to a conversion module 32 and a search module 33, and an operation wizard guides the connection name, the connection location, and Login information, etc. For example, when the search module 33 is a search engine, an input link URL is set, such as a Google patent search engine; when the search module 33 is provided by a patent search system provided by each country or organization, such as the US Patent and Trademark Office (USPT0). In the patent search system, enter the link URL and login information. Search links can also be used as a pre-set search dimension to separate different sources of patent documents. The object display window 56 displays the first page of the webpage linked to the search link, or displays the patent file stored in the search link. The user can use the auxiliary setting search unit 50 to search for the patent document to be stored for preliminary examination.

Second, the user adds a search dimension in the dimension management window 52, such as the application time, the application country, the international patent classification number (Interna t iona l Pa tent Clas s if icat ion, IPC), the technical classification A, the efficacy classification A Etc., and the hierarchical structure of the design dimension is guided by an operation wizard. The user can use the framework to assist the design unit 57, select the appropriate dimensional design template, and then import and adjust.

Third, the user newly adds at least one multi-dimensional framework 11, such as an A search frame, in the framework management window 53, and the dimension 10 required for each multi-dimensional framework 11 is set by an operation wizard. The user can use the frame assisted design unit 57 to select a suitable multi-dimensional frame design template to import and adjust.

Fourth, the user adds at least one search plan to the plan management window 54, and each search plan selects a multi-dimensional framework 11 and at least one search link. Further, the user can use the search range setting unit 58 to select the multi-dimensional square U to be searched in the frame operation window 55, that is, the search range; or use the search condition setting unit 59 to set the search condition of the object 14. For example, set the file format and relationship threshold. Second, the conversion step 22

The conversion module 32 is responsible for setting the communication between the module 31 and the search module 33, and interacting with the search module 33. The conversion module 32 can be imported from external off-the-shelf conversion elements or designed by the user.

The conversion components imported, the conversion rules are included in the conversion components; and the conversion components designed by the user, combined with the data conversion design tool, the user design the conversion rules. As shown in FIG. 6, the user can click the conversion function button to enter the operation program of the conversion module 32. At this time, the main window includes a link management window 51, a conversion tool window 61, and a conversion design window 62.

The data conversion design is like the operation of the general data conversion design tool. The tool can be selected in the conversion tool window 61 and then designed in the conversion design window 62, which will not be described here. The key point is that the design of the conversion rule component requires that the search condition set be converted into a search parameter set according to the grammar rules of the search module 33 and the like. As shown in FIG. 6, when the search module 33 is a Goog le patent search engine, the conversion rule component converts each search condition of the search condition set into a dynamic web page grammar acceptable by the Goog le patent search engine, and can browse through The device is transmitted to the Goog le search engine for execution; similarly, when the search module 33 is a patent search system provided by the US Patent and Trademark Office, it can be similarly pushed. More preferably, when the search module 33 allows direct entry of a key word, natural language or query condition, the conversion module 32 can also design a conversion mechanism according to its specified data format.

Third, the search step 23

The user clicks the search function button to enter the program of the execution search module 33, and each conversion module 32 transmits the search parameter set to the corresponding search module 33 for execution, and each search module 33 receives the search module 33 according to the received The search parameter set performs a search function, and finally the obtained search result set is transmitted to the display module 34.

Fourth, the display step 24

The user clicks the display function button to enter the program for executing the display module 34. Referring to FIG. 7, the main window area of the user interface of the display module 34 includes a plan management window 54, a frame operation window 55, and an object display window 56. A secondary browsing search unit 70 is also included in the toolbar.

The operation and processing procedure of the display module 34 mainly includes: first, selecting a multi-dimensional framework 11; second, selecting a multi-dimensional square 12; third, displaying the search result. Each operation and processing procedure is described separately below:

First, the user selects a search plan in the plan management window 54, such as the A search plan, and in contrast, the frame operation window 55 displays the multi-dimensional framework 11 referenced by the search plan.

Second, the user performs a multi-dimensional operation 1 3 on the multi-dimensional framework 11 in the search frame operation window 55, and selects at least one multi-dimensional square 12 to be displayed, that is, selects the browsing range to be browsed. The user can utilize the auxiliary browsing search unit 70 to search for a suitable multi-dimensional square 12 in the multi-dimensional framework 11. Third, the display module 34 displays the patent document included in the browsing range in the object display window 56 to provide the user for browsing. The display module 34 can provide the user to view the patent display results of the multi-dimensional squares 12 one by one, and can also combine the patent display results of the plurality of multi-dimensional squares 12 to be combined. The user can also use the auxiliary browsing search unit 70 to search for suitable patent documents.

More preferably, the user can also use the display condition setting unit 71 to set the display condition of the patent document or the threshold value of the relationship. The user can also click on the object management unit 72, the object execution unit 73, the object integration unit, the object selection unit 74, the collection analysis unit 75, the frame subscription unit 76, and the nest collection unit 79 to browse, manage, and execute the patent file. , integration, screening, analysis, subscription, and nested collection; or click on the collaborative storage unit to collaborate with the multi-dimensional framework object access system for storage. Finally, the multi-dimensional framework patent search system stores the multi-dimensional framework object search project. In the future, the multi-dimensional framework object search project can be opened only for the same search topic, and the multi-dimensional framework 11 can be reused for proper adjustment and modification. , there is no need to rethink the collection strategy.

According to the above description, the operation process of the multi-dimensional framework object collection method 20 and the system architecture of the multi-dimensional framework object collection system 30 can be clearly understood. By the same token, the multi-dimensional framework object collection method 20 and the system can be more widely applied to objects of various types of materials, contents or components. For example, data type objects such as various documents (patents, papers, etc.), pictures, multimedia, mail, web pages, etc.; content types such as news, merchandise, advertising, RSS, my favorites, electronic bookmarks, E-books, blogs, web encyclopedias, etc.; component-type objects such as operating elements of the operating system, or program components of the program development system.

Similarly, the multi-dimensional framework object collection method 20 and system 30 can be applied more widely to various collection objects. For example, when the multi-dimensional frame object collecting method 20 and the object collecting system are applied to the filtering object 14, respectively, the multi-dimensional frame object filtering method and the object filtering system are respectively. For the current filtering technology, it is mainly used for filtering files, emails or web pages.

After the filter dimension, the filter frame, the filter connection, the filtering scheme, and the filtering range are set in the setting module 31 of the object filtering system, a filter condition set is generated. Each multi-dimensional square 12 corresponds to a filtering condition, and the principle is the same as the collecting condition 15 . In the setting of the filtering range, the selected multi-dimensional square 12 is the range to be filtered. When filtering emails, the filtering links are various email servers, such as Gma il, Yahoo Ma i K Hotma i 1 and other mail servers. When filtering webpages, the filtering links are the URLs of the content websites. .

The conversion module 32 is responsible for converting the filter condition set into a filter parameter set, and the filter parameter is a word set of the filter condition corresponding to the multi-dimensional square 12 . The filtering module 33 combines the automatic file sorting technology, and the word set of each filtering parameter is separately imported into the classified database, and the filtering module 33 can place the specific field, label or full text of the object 14 into the classified database. The words are compared, and based on the comparison result, the multi-dimensional square 12 to which the object 14 belongs is excluded, and the object 14 belonging to the multi-dimensional square 12 of the filtering range is excluded. After receiving the filtering result of each multi-dimensional square 12 that does not belong to the filtering range, the display module 34 can provide the user to perform multi-dimensional operation 1 3 on the multi-dimensional framework 11 in the frame operation window 55, and the selection does not belong to After filtering the multi-dimensional squares 12 of the range, the object display window 56 displays the filtered results of the corresponding multi-dimensional squares 12 for providing user browsing, management and application.

The embodiments are described to illustrate the features of the present invention, and the objects of the present invention can be understood by those skilled in the art and are not intended to limit the scope of the present invention. Equivalent modifications or modifications made by the spirit of the disclosure should still be included in the scope of the claims described below.

The above is only the preferred embodiments of the present invention, and the above embodiments are intended to illustrate the features of the present invention, and the purpose of the present invention is to enable those skilled in the art to understand the present invention and implement the present invention. The present invention has been described with reference to the preferred embodiments thereof, and is not intended to limit the present invention. Any one skilled in the art can use the above disclosure without departing from the scope of the present invention. The technical content is modified or modified to be equivalent to the equivalent embodiment, but any simple modification, equivalent change and modification to the above embodiment according to the technical essence of the present invention without departing from the technical scope of the present invention are Still falling within the scope of the technical solution of the present invention. Industrial applicability

The object collection method, the object collection system and the recording medium thereof of the multi-dimensional framework of the invention can repeatedly use the multi-dimensional framework to systematically set collection conditions, formulate collection strategies, perform collection work, and can perform collection results according to a multi-dimensional framework. Browse, manage, and apply. The invention enables the user to reuse the multi-dimensional framework to specify the collection scope, formulate the collection strategy, perform the collection work, display the collection result, and then browse, manage, execute, filter, integrate, analyze, subscribe and collect the collected results according to the multi-dimensional framework. Various applications such as nest collection are very suitable for practical use.

Claims

Rights request

A method for collecting objects in a multi-dimensional framework, comprising the steps of: setting a step of setting a multi-dimensional framework to generate a collection condition set; and converting a step of converting the collection condition The collection is a collection of at least one collection parameter; a collection step of performing a collection function according to the at least one collection parameter set to obtain at least one collection result set;

A display step of displaying the at least one collection result set.

2. The object collection method of a multi-dimensional framework according to claim 1, wherein said setting step further comprises a frame assisted design program for assisting in designing the multidimensional frame.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the setting step further comprises a collecting range setting program for setting a collecting range according to the multi-dimensional frame.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the setting step further comprises a collecting condition setting program for setting the collecting condition of the object.

The object collection method of the multi-dimensional framework according to claim 1, wherein the setting step further comprises an auxiliary setting search program for assisting in searching for any of the plurality of settings in the setting step. Dimension frame, any multi-dimensional square or any object.

6. The method of collecting objects of a multi-dimensional framework according to claim 1, wherein said collecting step further comprises an advertisement collecting program for providing advertisement information associated with said at least one collection result set.

7. The method of collecting objects of a multi-dimensional framework according to claim 1, wherein said collecting step further comprises a collecting suggestion program for providing a collecting suggestion associated with said at least one collected result set.

8. The object collection method of a multi-dimensional framework according to claim 1, wherein the displaying step further comprises a frame browsing program for displaying the at least one collection result set according to the multi-dimensional framework.

9. The object collecting method of a multi-dimensional framework according to claim 1, wherein said displaying step further comprises a display condition setting program for setting a display condition of the object.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the displaying step further comprises an auxiliary browsing searching program for using in the displaying step. Auxiliary search for any of the multi-dimensional frames, any multi-dimensional squares, or any object.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the displaying step further comprises an object management program for managing the objects included in the at least one collected result set.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the displaying step further comprises an object executing program for executing the object included in the at least one collected result set.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the displaying step further comprises an object integrating program for integrating the objects included in the at least one collected result set.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the displaying step further comprises an object screening program for filtering the objects included in the at least one collected result set.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the displaying step further comprises a collecting analysis program for analyzing the objects included in the at least one collected result set.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the displaying step further comprises a framework subscription program for ordering the updated object according to the multi-dimensional framework.

The object collecting method of the multi-dimensional framework according to claim 1, wherein the displaying step further comprises a nest collecting program for performing the multi-dimensional again on the displayed at least one collected result set. Frame object collection method.

18. The object collection method of a multi-dimensional framework according to claim 1, wherein said displaying step further comprises a collaborative storage program for cooperating with a multi-dimensional framework object access system, The dimension framework, the at least one collection result collection is stored to a multi-dimensional framework object storage repository.

19. A multi-dimensional framework object collection system, characterized in that it comprises:

a setting module is configured to set a multi-dimensional framework, thereby generating a collection condition set; at least one conversion module is respectively configured to receive the collection condition set and convert it into a corresponding collection module. a set of collected parameters;

The at least one collection module is configured to receive the corresponding collection parameter set outputted by the conversion module, and perform a collection function according to the collection parameter set to obtain a collection result set; and a display module is configured to receive The collected result set output by the at least one collection module is displayed.

20. The multi-dimensional framework object collection system of claim 19, wherein the setting module further comprises a frame assisting design unit to assist in designing the multi-frame. Dimension framework.

The object collection system of the multi-dimensional framework according to claim 19, wherein the setting module further comprises a collection range setting unit configured to set a collection range according to the multi-dimensional framework.

The object collection system of the multi-dimensional framework according to claim 19, wherein the setting module further comprises a collection condition setting unit for setting the collection component of the object.

The object collection system of the multi-dimensional framework of claim 19, wherein the setting module further comprises an auxiliary setting searching unit for assisting searching in the setting module. The multi-dimensional framework, any multi-dimensional square, or any object.

24. The multi-dimensional framework object collection system of claim 19, wherein the collection module further comprises an advertisement collection unit for providing advertisement information associated with the collection result set.

25. The multi-dimensional framework object collection system of claim 19, wherein the collection module further comprises a collection suggestion unit for providing a collection recommendation associated with the collection result set.

The object collection system of the multi-dimensional framework of claim 19, wherein the display module further comprises a frame display unit for displaying the at least one collection result set according to the multi-dimensional framework.

The object collection system of the multi-dimensional frame according to claim 19, wherein the display module further comprises a display component setting unit for setting a display condition of the object.

The object collection system of the multi-dimensional framework of claim 19, wherein the display module further comprises an auxiliary browsing search unit for assisting in searching for any of the multiple dimensions in the display module. Frame, any multi-dimensional square or any object.

The object collection system of the multi-dimensional framework of claim 19, wherein the display module further comprises an object management unit for managing the objects included in the at least one collection result set.

30. The object collection system of claim 19, wherein the display module further comprises an object execution unit configured to execute the object included in the at least one collection result set.

The object collection system of the multi-dimensional framework according to claim 19, wherein the display module further comprises an object integration unit for integrating the objects included in the at least one collection result set.

32. The multi-dimensional framework object collection system of claim 19, wherein the display module further comprises an object screening unit for screening the at least one collection. The object contained in the result set.

The object collection system of the multi-dimensional framework of claim 19, wherein the display module further comprises a collection and analysis unit for analyzing the objects included in the at least one collection result set.

34. The multi-dimensional framework object collection system of claim 19, wherein the display module further comprises a frame subscription unit for subscribing to the update object according to the multi-dimensional framework.

35. The object collection system of claim 19, wherein the display module further comprises a nest collecting unit for performing the at least one collected result set again. Multi-dimensional framework object collection system.

36. The multi-dimensional framework object collection system of claim 19, wherein the display module further comprises a collaborative storage unit for cooperating with a multi-dimensional frame object access system, The multi-dimensional framework, the at least one collection result collection is stored to a multi-dimensional framework object storage storage.

37. A multi-dimensional framework object collection client system, comprising: a setting module, configured to set a multi-dimensional framework, thereby generating a collection condition collection and transmitting to at least one Dimension frame object collection server system;

A display module is configured to receive and display at least one collection result set returned by the at least one multi-dimensional framework object collection server system.

38. A multi-dimensional framework object collection server system, comprising: a conversion module, configured to receive a multi-dimensional framework object to collect a collection condition set by a client system, and Converting to a collection parameter set applicable to a collection module; and the collection module is configured to receive the collection parameter set, and perform a collection function according to the collection parameter set to obtain a collection result set, and return the multiple The dimension framework object collects the client system.

39. A multi-dimensional framework object collection client system, comprising: a setting module, configured to set a multi-dimensional framework, thereby generating a collection condition collection, and outputting the same;

At least one conversion module, which respectively receives the collection condition set generated by the setting module, and converts it into a collection set parameter corresponding to a corresponding multi-dimensional framework object collection server system, and then transmits the corresponding collection parameter set to the corresponding The multi-dimensional framework object collects the server system;

A display module is configured to receive and display at least one collection result returned by the at least one multi-dimensional framework object collection server system.

40. A multi-dimensional framework object collection server system, characterized in that it comprises a collection module, which is configured to receive a multi-dimensional framework object to collect a collection parameter set suitable for the collection module output by the client system. And performing a collection function according to the collected parameter set to obtain Collecting the result set and returning the multi-dimensional framework object to collect the client system.

41. An information device readable recording medium, characterized in that it is used for storing a multi-dimensional frame object collection system for loading into an information device and making the information device Executing, wherein the multi-dimensional framework object collection system comprises:

a setting module is configured to set a multi-dimensional framework, thereby generating a collection condition set; at least one conversion module is respectively configured to receive the collection condition set and convert it into a corresponding collection module. a collection of collection parameters;

The at least one collection module is configured to receive the collected collection parameter set corresponding to the conversion module, and perform a collection function according to the collection parameter set to obtain a collection result set; and a display module is configured to receive The collected result set output by the at least one collection module is displayed.

42. An information device readable recording medium, characterized in that it is used for storing a multi-dimensional frame object collection client system, and the multi-dimensional frame object collects a client system for loading into an information device, and The information device is executed by the information device, wherein the multi-dimensional framework object collecting client system comprises:

a setting module is configured to set a multi-dimensional framework, thereby generating a collection of collection conditions and transmitting to at least one multi-dimensional framework object collection service system;

A display module is configured to receive and display at least one collection result collected by the at least one multi-dimensional framework object collection server system.

43. An information device readable recording medium, characterized in that it is used for storing a multi-dimensional frame object collection server system, and the multi-dimensional frame object collecting server system is loaded into an information device, and The information device is executed, wherein the multi-dimensional framework object collecting server system comprises:

a conversion module is configured to receive a multi-dimensional framework object to collect a collection of collection conditions transmitted by the client system, and convert the same into a collection parameter set applicable to the collection module; and the collection module is used Receiving the collection parameter set, and performing a collection function according to the collection parameter set, to obtain a collection result set, and returning the multi-dimensional framework object collection client system. '

44. An information device readable recording medium, configured to store a multi-dimensional frame object collection client system, the multi-dimensional frame object collecting a client system for loading into an information device, and The information device is executed by the information device, wherein the multi-dimensional framework object collecting client system comprises:

a setting module is used to set a multi-dimensional framework, thereby generating a collection of collection conditions and outputting the same;

At least one conversion module is configured to receive the collection condition set generated by the setting module and convert it into a collection parameter set applicable to a corresponding multi-dimensional framework object collection server system. And transmitting to the corresponding multi-dimensional framework object collection server system; and a display module, configured to receive the at least one collection result set returned by the at least one multi-dimensional framework object collection server system, and display the .

45. An information device readable recording medium, characterized in that it is used for storing a multi-dimensional frame object collection server system, and the multi-dimensional frame object collecting server system is loaded into an information device, and The information device is executed by the information device, wherein the multi-dimensional framework object collection server system comprises a collection module, which is configured to receive a multi-dimensional framework object to collect a collection parameter set suitable for the collection module output by the client system. And performing a collecting function according to the collected parameter set to obtain a collected result set, and returning the multi-dimensional framework object to collect the user end system.