WO2009055961A1 - Ressource d'indexation d'objets dans une structure multidimensionnelle, entrepôt de stockage d'objets, procédé d'accès aux objets et système d'accès aux objets - Google Patents

Ressource d'indexation d'objets dans une structure multidimensionnelle, entrepôt de stockage d'objets, procédé d'accès aux objets et système d'accès aux objets Download PDF

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Publication number
WO2009055961A1
WO2009055961A1 PCT/CN2007/003087 CN2007003087W WO2009055961A1 WO 2009055961 A1 WO2009055961 A1 WO 2009055961A1 CN 2007003087 W CN2007003087 W CN 2007003087W WO 2009055961 A1 WO2009055961 A1 WO 2009055961A1
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Prior art keywords
dimensional
framework
frame
storage
dimensional frame
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PCT/CN2007/003087
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English (en)
Chinese (zh)
Inventor
Mingzhong Li
Mingchang Li
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Mingzhong Li
Mingchang Li
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Application filed by Mingzhong Li, Mingchang Li filed Critical Mingzhong Li
Priority to PCT/CN2007/003087 priority Critical patent/WO2009055961A1/fr
Publication of WO2009055961A1 publication Critical patent/WO2009055961A1/fr

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/28—Databases characterised by their database models, e.g. relational or object models
    • G06F16/289—Object oriented databases
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/22—Indexing; Data structures therefor; Storage structures

Definitions

  • the invention relates to a method and a system for accessing an object, and relates to a method and system for accessing an object of a multi-dimensional framework, in particular to an object index data of a multi-dimensional framework, an object storage and storage, an object access method and an object. Access system. Background technique
  • various computer softwares use the tree hierarchy to provide users with classification, storage, reading, browsing, management and application for data or content.
  • the tree hierarchy is indeed easy to use, but it does not reflect the user's multi-dimensional view of objects such as data or content, but lacks the flexibility of application.
  • various computer systems cannot classify and store objects according to a multi-dimensional framework, and naturally, it is impossible to read, browse, manage, and apply objects according to a multi-dimensional framework. Because of this, the object itself, the index of the object, the storage medium for the object, and the system used to store or read the object lack a complete design based on a multi-dimensional frame.
  • the Measure of all factual data in the data warehousing must be a numerical type for summary calculation, and the online analytical processing technology can perform multi-dimensional operations on the summary results stored in the multi-dimensional storage (Cube).
  • the magnitude of the factual data of a general object is mostly not a numerical type, but it is limited to a summary calculation.
  • the object of the present invention is to overcome the defects of the existing data warehousing and online analysis processing technology, and to provide a new multi-dimensional framework of object index data, object storage warehousing, object access method and object access system,
  • the technical problem to be solved is that it can assign objects to multi-dimensional squares of multi-dimensional frameworks by designing multi-dimensional frameworks, and configure multi-dimensional framework object index data corresponding to objects, and multi-dimensional frameworks and objects.
  • the corresponding multi-dimensional framework object index data is stored in the multi-dimensional framework object storage and storage, and then stored and read by the multi-dimensional framework object access method and system, which is very suitable for practical use.
  • An object index data of a multi-dimensional framework is used to index an object, which includes at least one multi-dimensional framework identification data, and is used to identify at least one multi-dimensional framework to which the object belongs, and each of the multiple
  • the dimension frame identification data includes at least one multi-dimensional square identification data for identifying at least one multi-dimensional square to which the object belongs in the multi-dimensional framework.
  • each of the multi-dimensional square identification data further includes a relationship degree data, which is used to indicate the relationship between the object and the multi-dimensional square of the multi-dimensional frame. .
  • the object indexing data of the aforementioned multi-dimensional framework is additionally stored in an identification component of an automatic identification technology.
  • An object with multi-dimensional frame object index data comprising: an object; and a multi-dimensional frame object index data, comprising at least one multi-dimensional frame identification data, to identify at least one of the objects
  • the dimension frame, and each of the multi-dimensional frame identification materials includes at least one multi-dimensional square identification data for identifying at least one multi-dimensional square to which the object belongs in the multi-dimensional framework.
  • each of the multi-dimensional frame identification data in the multi-dimensional frame object index data further includes a relationship data for indicating the object and the multi-dimensional frame.
  • the foregoing object having multi-dimensional frame object index data, wherein the object is a physical object, and the multi-dimensional frame object index data is additionally stored in an identification component of an automatic identification technology.
  • a multi-dimensional frame object storage storage comprising: at least one multi-dimensional frame, each of the multi-dimensional frames having at least one multi-dimensional square; and at least one object having multi-dimensional frame object index data
  • the method includes: an object; and a multi-dimensional frame object indexing data, including at least one multi-dimensional framework identification data, to identify the at least one multi-dimensional framework to which the object belongs, and each of the multi-dimensional framework identification materials includes At least one multi-dimensional square identification data for identifying the at least one multi-dimensional square to which the object belongs in the multi-dimensional framework.
  • each of the multi-dimensional square identification data further includes a relationship data for indicating the relationship between the object and the multi-dimensional square of the multi-dimensional frame.
  • a multi-dimensional framework object access method comprising the steps of: establishing a step of establishing a multi-dimensional framework object storage warehousing; setting a step of setting at least one multi-dimensional framework; And assigning at least one object to at least one multi-dimensional square in the at least one multi-dimensional frame, and configuring a multi-dimensional frame object index data corresponding to the object according to the distribution result of each object; storing step, storing the At least one multi-dimensional frame, the at least one object, and the multi-dimensional frame object index data corresponding to each of the objects into the multi-dimensional frame object storage storage; and a reading step of storing the storage according to the multi-dimensional frame object The at least one multi-dimensional frame in the reading the at least one object.
  • the object of the present invention and solving the technical problems thereof can be further achieved by the following technical measures.
  • the foregoing multi-dimensional frame object access method wherein the setting step further comprises a frame assisted design program to assist in designing the at least one multi-dimensional frame.
  • the foregoing multi-dimensional framework object access method wherein the setting step further comprises a storage
  • the save range setting program is used to set the range of object storage.
  • the setting step further comprises a storage condition setting program for setting a condition for storing the object.
  • the setting step further includes an auxiliary setting search program, configured to assist in searching the at least one multi-dimensional frame, the at least one multi-dimensional square or The at least one object.
  • the allocating step further comprises an automatic allocation procedure for automatically assigning the at least one object to the at least one multi-dimensional square of the at least one multi-dimensional framework.
  • the reading step further comprises a read condition setting program for setting a condition for reading the object.
  • the reading step further comprises an auxiliary reading search program for assisting in searching the at least one multi-dimensional frame, the at least one multi-dimensional square or The at least one object.
  • the reading step further comprises an object management program for managing the read at least one object.
  • the aforementioned multi-dimensional frame object access method wherein the reading step further comprises an object execution program for executing the read at least one object.
  • the aforementioned multi-dimensional frame object access method wherein the reading step further comprises an object screening program for screening the at least one object read.
  • the reading step further comprises a read analysis program for analyzing the read at least one object.
  • the reading step further comprises a frame subscription program for subscribing to the at least one object of the multi-dimensional framework object storage update according to the at least one multi-dimensional framework.
  • the reading step further comprises an advertisement reading program for providing advertisement information associated with the read at least one object.
  • the reading step further comprises a read suggestion program for providing a read suggestion associated with the read at least one object.
  • the reading step further comprises a nested access procedure for performing the multi-dimensional frame object access method again on the read at least one object.
  • a multi-dimensional frame object access system includes: a setup module for establishing a multi-dimensional frame object storage storage; a setting module for setting at least one a multi-dimensional framework; a distribution module for allocating at least one object to the at least one multi-dimensional framework Having at least one multi-dimensional square, and configuring a multi-dimensional frame object index data corresponding to the object according to the distribution result of each object; a storage module for storing the at least one multi-dimensional frame, the at least one The object, and the multi-dimensional frame object index data corresponding to each object to the multi-dimensional frame object storage storage; and a reading module for storing the at least one of the storages according to the multi-dimensional frame object The dimension frame reads the at least one object.
  • the setting module further includes a frame auxiliary design unit for assisting in designing the at least one multi-dimensional frame.
  • the setting module further includes a storage range setting unit for setting a range of object storage.
  • the setting module further includes a storage condition setting unit for setting a condition for storing the object.
  • the setting module further includes an auxiliary setting searching unit, configured to assist in searching the at least one multi-dimensional frame, the at least one multi-dimensional square in the setting module. Or at least one object.
  • the distribution module further comprises an automatic allocation unit for automatically assigning the at least one object to the at least one multi-dimensional square of the at least one multi-dimensional frame.
  • the reading module further includes a reading condition setting unit for setting a condition for reading the object.
  • the multi-dimensional frame object access system wherein the read module further includes an auxiliary read search unit, configured to assist in searching the at least one multi-dimensional frame, the at least one multi-dimensional square in the read module Or at least one object.
  • an auxiliary read search unit configured to assist in searching the at least one multi-dimensional frame, the at least one multi-dimensional square in the read module Or at least one object.
  • the reading module further comprises an object management unit for managing the at least one object read.
  • the reading module further comprises an object execution unit for executing the read at least one object.
  • the reading module further includes an object screening unit for filtering the read at least one object.
  • the read module further includes a read analysis unit for analyzing the read at least one object.
  • the reading module further comprises a frame subscription program for subscribing to the at least one object of the multi-dimensional framework object storage update according to the at least one multi-dimensional framework.
  • the reading module further includes an advertisement reading unit for providing advertisement information associated with the read at least one object.
  • the read module further includes a read suggesting unit for providing a read suggestion associated with the read at least one object.
  • the reading module further includes a nested access unit for performing the multi-dimensional frame object access system again on the read at least one object.
  • a multi-dimensional frame object access client system includes a read module for reading a multi-dimensional frame object access server system storage for a multi-dimensional frame object storage storage At least one multi-dimensional frame in the medium, and reading the at least one item in the multi-dimensional frame object storage ware according to the at least one multi-dimensional frame.
  • the object of the present invention and solving the technical problems thereof can be further achieved by the following technical measures.
  • the foregoing multi-dimensional framework object access client system further includes: a setting module for setting the at least one multi-dimensional frame; and a distribution module for receiving the setting And outputting the at least one multi-dimensional framework of the module, and assigning at least one object to at least one multi-dimensional square in the at least one multi-dimensional framework, and configuring a multi-dimensional framework object index data corresponding according to the allocation result of each of the objects And transmitting, to the object, the at least one multi-dimensional frame, the at least one object, and the multi-dimensional frame object index data corresponding to each object to the multi-dimensional frame object access server system for storage, and then storing Read by the read module.
  • a multi-dimensional frame object access server system includes: a setup module for establishing a multi-dimensional frame object storage storage; and a storage module for storing at least A multi-dimensional framework, at least one object, and a multi-dimensional framework object index data corresponding to each object are stored in the multi-dimensional framework object storage, and a multi-dimensional framework object accessing the client system is provided for reading.
  • the object of the present invention and solving the technical problems thereof can be further achieved by the following technical measures.
  • the foregoing multi-dimensional frame object access server system further includes: a setting module for setting the at least one multi-dimensional frame; and a distribution module for receiving the setting mode And the at least one multi-dimensional frame outputted by the group, and the at least one object is allocated to the at least one multi-dimensional square in the at least one multi-dimensional frame, and the corresponding one of the objects is configured according to the allocation result of each of the objects
  • the multi-dimensional frame object index data corresponds to the object, and the at least one multi-dimensional frame, the at least one object, and the multi-dimensional frame object index data corresponding to each object are transmitted to the storage module for storage.
  • An information device readable recording medium is configured to store a multi-dimensional frame object index data, which includes at least one multi-dimensional frame identification data for identifying at least one multi-dimensional frame to which an object belongs. And each of the multi-dimensional framework identification materials includes at least one multi-dimensional square The identification data is used to identify at least one multi-dimensional square to which the object belongs in the multi-dimensional framework.
  • the aforementioned information device readable recording medium is characterized in that it is an identification element of an automatic identification technology.
  • An information device readable recording medium for storing an object having multi-dimensional frame object index data, comprising: an object; and a multi-dimensional frame object index data, including at least one
  • the multi-dimensional framework identifies data for identifying at least one multi-dimensional framework to which the object belongs, and each of the multi-dimensional framework identification data includes at least one multi-dimensional square identification data for identifying the object in the multi-dimensional framework At least one multi-dimensional square to which it belongs.
  • An information device readable recording medium is for storing a multi-dimensional frame object access system for loading into an information device, and
  • the setting device is configured to: create a multi-dimensional frame object storage storage; a setting module, which is used to set at least a multi-dimensional framework; an allocation module, configured to allocate at least one object to at least one multi-dimensional square in the at least one multi-dimensional framework, and configure a multi-dimensional framework object index according to the allocation result of each of the objects
  • the data is corresponding to the object;
  • a storage module is configured to store the at least one multi-dimensional frame, the at least one object, and the multi-dimensional frame object index data corresponding to each object to the multi-dimensional frame object storage a storage module; and a reading module for reading the at least one object according to the at least one multi-dimensional frame in the multi-dimensional frame object storage storage.
  • An information device readable recording medium is configured to store a multi-dimensional frame object access server system, and the multi-dimensional frame object access server system is loaded into an information device. And the information device is executed, wherein the multi-dimensional framework object access server system comprises: a setup module for establishing a multi-dimensional framework object storage storage; and a storage module for using Storing at least one multi-dimensional frame, at least one object, and a multi-dimensional frame object index data corresponding to each object to the multi-dimensional frame object storage storage, and providing a multi-dimensional frame object accessing the user end system for reading .
  • the multi-dimensional frame object access server system further comprises: a setting module for setting the at least one multi-dimensional frame; and a distribution module And the at least one multi-dimensional frame for receiving the output of the setting module, and assigning the at least one object to at least one multi-dimensional square in the at least one multi-dimensional frame, and according to the allocation of each object Resulting that the multi-dimensional frame object index data corresponding to each object is configured Corresponding to the object, the at least one multi-dimensional frame, the at least one object, and the multi-dimensional frame object index data corresponding to each object are transmitted to the storage module for storage.
  • An information device readable recording medium is configured to store a multi-dimensional frame object access client system, and the multi-dimensional frame object access client system is used for loading to an information device. And the information device is executed by the information device, wherein the multi-dimensional framework object access client system comprises a reading module for reading at least one multi-dimensional frame in a multi-dimensional framework object storage repository.
  • the object of the present invention and solving the technical problems thereof can be further achieved by the following technical measures.
  • the above-mentioned information device readable recording medium wherein the multi-dimensional frame object access client system further comprises: a setting module for setting the at least one multi-dimensional frame; and a distribution module And the at least one multi-dimensional frame for receiving the output of the setting module, and assigning the at least one object to at least one multi-dimensional square in the at least one multi-dimensional frame, and according to the allocation of each object
  • a multi-dimensional frame object index data is configured to be corresponding to the object, and the at least one multi-dimensional frame, the at least one object, and the multi-dimensional frame object index data corresponding to each object are transmitted to the multi-dimensional frame object.
  • the reading module After accessing the server system for storage, the reading module performs the reading of the ear again.
  • the present invention has significant advantages and advantageous effects over the prior art.
  • the object index data, the object storage warehousing, the object access method and the object access system of the multi-dimensional framework of the present invention have at least the following advantages and beneficial effects:
  • the multi-dimensional framework it can be used as a standard for classifying, storing, and reading objects, and can reflect people's multi-dimensional views and knowledge structures on things, which is very suitable for practical use.
  • the multi-dimensional framework it is more suitable for practical applications such as browsing, managing, executing, screening, analyzing, subscribing, and nested access.
  • the object index data, the object storage warehousing, the object access method and the object access system of the multi-dimensional framework of the present invention can allocate objects to the multi-dimensional square of the multi-dimensional framework by designing the multi-dimensional framework.
  • the multi-dimensional framework object index data is corresponding to the object, and the multi-dimensional framework, the object and the corresponding multi-dimensional framework object index data are stored in the multi-dimensional framework object storage and storage, and then accessed by the multi-dimensional framework object.
  • the method and system are stored and read, which is very suitable for practical use.
  • the invention has the above-mentioned many advantages and practical values, and has great improvement in product structure, method or function, has significant progress in technology, and has produced useful and practical effects, and is more existing.
  • the data warehousing and online analytical processing technology has an outstanding and outstanding effect, which is more suitable for practical use, and is a novel, progressive and practical new design.
  • FIG. 1A is a schematic diagram of an embodiment of a multi-dimensional framework of the present invention.
  • Figure 1B is a schematic illustration of an embodiment of a multi-dimensional operation of the present invention.
  • 2A is a schematic diagram of an embodiment of a multi-dimensional frame object index data of the present invention.
  • 2B is a schematic diagram of an embodiment of the multi-dimensional frame object index data outputted as an entity identification component of the present invention.
  • Figure 3A is an illustration of an embodiment of an object of the present invention having multi-dimensional frame object index data.
  • Figure 3B is an illustration of an embodiment of an object of the present invention having multi-dimensional frame object index data.
  • Figure 3C is an illustration of an embodiment of an object of the present invention having multi-dimensional frame object index data.
  • FIG. 4 is a schematic view of an embodiment of a multi-dimensional frame object storage storage of the present invention.
  • Figure 5 is a flow chart of a multi-dimensional framework object access method of the present invention.
  • FIG. 6 is a schematic diagram of an embodiment of a multi-dimensional frame object access system of the present invention.
  • FIG. 7A is a first schematic diagram of an embodiment of a multi-dimensional frame object access server system and a client system according to the present invention.
  • FIG. 7B is a second schematic diagram of an embodiment of a multi-dimensional framework object access server system and a client system according to the present invention.
  • Figure 8 is a block diagram showing an embodiment of a setting module using a multi-dimensional frame object access system of the present invention.
  • FIG. 9 is a schematic diagram of an embodiment of a read module usage interface of a multi-dimensional frame object access system of the present invention.
  • Multi-dimensional squares 121 Multi-dimensional squares
  • Multi-dimensional framework object index data 20 Multi-dimensional framework object index data 21 Multi-dimensional framework identification data
  • object index data, object storage, and object storage of the multi-dimensional framework proposed according to the present invention will be described below with reference to the accompanying drawings and preferred embodiments thereof.
  • the method, the object access system, and the specific embodiments, structures, methods, steps, features and functions thereof are described in detail below.
  • the object 14 having the multi-dimensional frame object index data 20 mentioned in the following embodiments refers to the computer virtual object or the actual physical object, and the multi-dimensional frame object storage storage 40 stores the object 14 as Computer virtual objects, computer virtual objects are any resources that exist in computers and networks, but do not include the value of traditional data storage technology used for data analysis and used to provide summary calculations.
  • FIG. 1A is a schematic diagram of an embodiment of a multi-dimensional framework 11 of the present invention
  • FIG. 1B is a schematic diagram of an embodiment of a multi-dimensional operation 13 of the present invention.
  • the multi-dimensional framework 11 of the preferred embodiment of the present invention comprises at least one multi-dimensional square 12, which is One less dimension 10 is constructed; wherein each dimension 10 has a dimension level, and each dimension level contains at least one dimension member.
  • the multi-dimensional framework 11 has three dimensions 10, and each dimension 10 has a first dimension level and a second dimension level, and each dimension level 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.
  • the dimension 10 of the multi-dimensional framework 11 includes an application time dimension, an application country dimension, and an International Patent Class if icat ion (IPC) dimension, and an application time dimension.
  • the level of the application 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.
  • 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.
  • USPC Uni ted States Patent Class if icat ion
  • the multi-dimensional square 12 is an intersection formed by the multi-dimensional framework 11 composing the dimension members of the dimension 10, and further combining the names or attribute values of the respective dimension members themselves and their parent dimension members can form the classification condition 15
  • the patent documents are classified according to the automatic file classification technology.
  • the multi-dimensional framework 11 is a classification architecture
  • each multi-dimensional square 12 of the multi-dimensional framework 11 is a classification category under the classification architecture.
  • the structure definition of the multi-dimensional framework 11 can be stored using an extensible markup language (XML) or database technology, whereby the application system can construct a multi-dimensional framework 11 to provide users with multi-dimensional operations 13 .
  • XML extensible markup language
  • FIG. 1A and FIG. 1B the patent document classification is also taken as an example. From the application country dimension, it can be divided into a continental level and a national level. When the Rol l-Up operation 131 is at 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 one-level multi-dimensional square 12 patent documents. Similarly, the Dri l-Down operation 132 can also be inferred backwards.
  • multi-dimensional framework 11 and the “multi-dimensional grid” 12 are similar to the so-called multi-dimensional storage (Cube) and multi-dimensional storage (Cel l) in the online analytical processing technology, and "multi-dimensional operation”. 13 is similar to the various modes of operation for multi-dimensional storage in online analytical processing techniques.
  • multi-dimensional framework 11 11, "multi-dimensional grid” 12 and “multi-dimensional operation” 13 are used to classify, store, read, manage and apply objects 14, which can break through online analysis and processing.
  • the technique is only used to summarize the numerical values in the data storage fact table 31 and to limit the displayed summary values.
  • FIG. 2A is a schematic diagram of an embodiment of a multi-dimensional frame object index data 20 of the present invention
  • FIG. 2B is a multi-dimensional frame object index data 20 outputted as an entity identification component of the present invention.
  • the multi-dimensional frame object index data 20 of the preferred embodiment of the present invention includes at least one multi-dimensional frame identification material 21 for identifying at least one multi-dimensional frame 11 to which the object 14 belongs, and each multi-dimensional frame identification material 21 Then, at least one multi-dimensional square identification data 22 is included, which is used to identify at least one multi-dimensional square 12 to which the object 14 belongs in the multi-dimensional framework 11 described above.
  • the representation syntax of the multi-dimensional framework object index data 20 can refer to the syntax of the dimension members in the multi-dimensional arithmetic language (MDX), and is combined with the XML to represent the syntax.
  • the object 14 is a patent document (such as the patent - l. pdf)
  • the ⁇ 0bject_ID> tag group is the identification data of the patent document, such as the patent case number
  • ⁇ 0bject-ID ⁇ i the package contains one ⁇
  • the MD-0ID ⁇ signature group records the multi-dimensional framework object index data 20 of the patent document
  • the ⁇ 0-0ID> label group further includes at least one ⁇ MDF ⁇ signature group, which is a multi-dimensional framework identification data for recording patent documents.
  • each ⁇ MDF> tag group further includes at least one ⁇ MDC> tag group, which is a multi-dimensional square identification data for recording the patent file under the multi-dimensional framework 11 to which the patent file belongs.
  • the ⁇ 3 ⁇ 4 «) label group contains at least one ⁇ Member: ⁇ signature group, and the dimension member of the constituent dimension 10 of the patent document in the multi-dimensional square 12 is recorded.
  • the multi-dimensional framework object index data 20 further includes a relationship data, which is used to describe the relationship between the object 14 and the multi-dimensional square 12, and can be used as the basis for sorting the objects 14.
  • a relationship data which is used to describe the relationship between the object 14 and the multi-dimensional square 12, and can be used as the basis for sorting the objects 14.
  • the ⁇ R- Scored signature included in each ⁇ MDC> tag group can be either a numerical value or a ambiguous text.
  • the multi-dimensional framework object index data 20 provides a classification index for the object 14 according to the multi-dimensional framework 11, which is different from the identification data generally used to identify the object 14.
  • it can be applied to automated identification technology, and it can be additionally output to physical identification components, such as tags, chips, radio frequency (RFID), etc., and can be configured in physical objects to describe the classification of physical objects.
  • RFID radio frequency
  • Fig. 2B it can be output to an action bar code such as a QR (Quick Response, QR) code.
  • the embodiment further provides a recording medium readable by the information device for storing the multi-dimensional frame object index data 20 for loading into an information device system and making the information device system read more.
  • the dimension frame object index data 20, and the recording medium can be an identification component of the automatic identification technology, and the multi-dimensional frame object index data 20 can be additionally stored in the identification component.
  • FIG. 3A is a first schematic diagram of an embodiment of an object 14 having a multi-dimensional frame object index data 20 of the present invention
  • FIG. 3B is a multi-dimensional frame object index data of the present invention
  • FIG. 3C is a schematic diagram 3 of an embodiment of an object 14 having a multi-dimensional frame object index data 20 of the present invention.
  • the object 14 having the multi-dimensional frame object index data 20 of the preferred embodiment of the present invention includes an object 14 and a multi-dimensional frame object index data 20.
  • the object 14 is configured with a multi-dimensional frame object index data 20 for describing the multi-dimensional frame 11 to which the object 14 belongs and the multi-dimensional square 12 in the associated multi-dimensional frame 11.
  • the multi-dimensional framework object index data 20 can be referred to the description of the embodiment of the multi-dimensional framework object index data 20 described above, and is not described herein.
  • the purpose of the multi-dimensional framework object index data 20 is to provide the classification of the object 14 by the application system.
  • the practice is as follows:
  • the multi-dimensional framework object index data 20 of each patent document (such as patent - 1. pdf) is recorded in the corresponding subsidiary associated file (such as patent - l. mdi), and its content is as shown in FIG. 2A.
  • the referenced multi-dimensional framework structure definition files (such as frame -1.mdf, etc.) can be stored in the same directory or stored separately.
  • Multi-dimensional framework structure definition files (such as frame-1. mdf, etc.). This method can also be applied to objects such as HTML and XML, such as web pages, etc., and the multi-dimensional frame object index data 20 is embedded in a specific tag.
  • a storage architecture of the multi-dimensional framework object index data 20 is used to store the multi-dimensional framework object index data 20 of the patent file, which is a storage architecture for improving the data storage technology.
  • the structure of the multi-dimensional framework 11 has been Defined in the storage architecture.
  • the storage architecture includes a two-dimensional framework 11 , which is an A classification framework and a B classification framework, and each multidimensional framework 11 is composed of a fact data table 31 and at least one dimension data table 32.
  • Each fact data table 31 includes a patent index field (such as patent-key), a relationship degree field (such as R-Score), and at least one dimension index field (such as application time-key), and a patent index field.
  • each dimension index field corresponds to a dimension data table 32.
  • the patent index field stores the external index key value of the patent detail data table 33, which is a value field for improving the original data storage only for storing the numerical data, so that it can be associated with the patent detail data table 33.
  • Detailed information on patent documents such as patent file storage paths or hyperlinks, and even direct storage of patent documents.
  • the dimension index field stores the external index key value of the dimension data table 32, and is associated with the corresponding dimension data table 32 to find the actual dimension member of the dimension 10.
  • the relationship field can be used as the basis for sorting the objects.
  • each of the fact sheets 31 is equivalent to a patent document and a multi-dimensional square 11 of a multi-dimensional framework 11 to which it belongs.
  • the patent documents belong to different multi-dimensional frameworks 11, respectively, they are stored in different fact data tables 31; and in the same multi-dimensional framework 11, the patent documents belong to different multi-dimensional squares 12, each of which is more The dimension square 12 corresponds to a piece of material in the fact table 31.
  • the patent document belongs to at least one multi-dimensional square 12 of at least one multidimensional framework 11. This technique is also applicable to items such as news headlines, event records, web links, knowledge rules, etc. 14
  • the multi-dimensional frame object index data 20 can be applied, for example, as an automated identification technique, as an entity identification tag, such as the QR code shown in FIG. 2B, and configured.
  • the actual physical object 14 is used to describe the classification to which the actual physical object 14 belongs, and can be input into the computer by the scanning device of the automatic identification technology.
  • the embodiment further provides an information device readable recording medium for storing the object 14 having the multi-dimensional frame object index data 20 for loading into an information device system and enabling the information device system.
  • the object 14 having the multi-dimensional frame object index data 20 described above is read.
  • the multi-dimensional frame object storage warehousing 40 of the preferred embodiment of the present invention includes at least one multi-dimensional frame 11, and at least one object 14 having multi-dimensional frame object index data 20.
  • the multi-dimensional frame object storage warehousing 40 is used to store the multi-dimensional frame 11 and the object 14 having the multi-dimensional frame object index data 20, and the multi-dimensional frame object index data 20 configured by each object 14 is used to index the object 14.
  • the multi-dimensional square 12 in the multi-dimensional framework 11 to which the object 14 belongs is described, that is, the classification category in the classification architecture to which the object 14 belongs.
  • the object 14 is a virtual object 14 of the computer, and the object 14 having the multi-dimensional frame object index data 20 is referred to the description in the embodiment of the object 14 having the multi-dimensional frame object index data 20, and is not described here. .
  • the manner in which the multi-dimensional framework object storage warehousing 40 is stored and read may be related to the manner in which the multi-dimensional framing object index data 20 is disposed on the object 14. If the multi-dimensional framework object storage warehousing 40 shown in FIG. 3C is used as a database record, reference can be made to the Structured Query Language (SQL) or MDX to provide a multi-dimensional framework object storage 40. The access syntax is stored and read. In particular, the data of the storage architecture of the multi-dimensional framework object index data 20 is stored together with the object 14 during storage.
  • the multi-dimensional framework object storage warehousing 40 has the following advancements:
  • the data type of the object 14 can be stored at the same time, and the data is provided to provide a summary calculation.
  • the physical storage space can be effectively reduced.
  • the single object 14 logically belongs to the plurality of multi-dimensional squares 12 in the different multi-dimensional framework 11, the object 14 can be stored only once, only in the physical storage space.
  • One location, and the multi-dimensional framework object index data 20 is very small, so it can effectively save physical storage space.
  • the multi-dimensional framework object access method 50 of the preferred embodiment of the present invention comprises the following steps: establishing step 51, setting step 52, assigning step 53, storing step 54, and reading step 55.
  • the above-mentioned establishing step 51 is to establish a multi-dimensional framework object storage warehousing 40, such as the concept of adding a new database in the database system, and the multi-dimensional framework object storage warehousing 40 is an empty object storage warehousing.
  • the setting step 52 is to set at least one multi-dimensional frame 11 , each multi-dimensional frame 11 is constructed by at least one dimension 10, and includes at least one multi-dimensional square 12 , and each multi-dimensional square 12 corresponds to In a classification condition 15.
  • the setting step 52 further includes a frame assisted design program for assisting in designing the multi-dimensional framework 11, such as a design template of the dimension 10 or multi-dimensional framework 11 recommended by the original, expert or public in the system, and It can be adjusted according to the needs of use, which can save design time.
  • a frame assisted design program for assisting in designing the multi-dimensional framework 11, such as a design template of the dimension 10 or multi-dimensional framework 11 recommended by the original, expert or public in the system, and It can be adjusted according to the needs of use, which can save design time.
  • the setting step 52 further includes a storage range setting program for selecting an appropriate multi-dimensional square 12 according to the multi-dimensional frame 11 to set the storage range of the object 14. For example, the user performs a multi-dimensional operation 13 and then selects, or enters an access syntax suitable for the multi-dimensional framework object storage repository 40.
  • the setting step 52 further includes a storage condition setting program for setting the storage condition of the object 14, such as the number of stored files, the file format, the content language, or the content type (such as storing index, abstract or full text). )Wait. It is also possible to set the relationship threshold value stored in the object 14 and store the relationship level to a certain level of the object 14 .
  • the setting step 52 further includes an auxiliary setting search program for assisting in searching the multi-dimensional frame 11, the multi-dimensional square 12 or the object 14 in the setting step 52.
  • an auxiliary setting search program for assisting in searching the multi-dimensional frame 11, the multi-dimensional square 12 or the object 14 in the setting step 52.
  • the above-mentioned allocating step 53 is to assign at least one object 14 to at least one multi-dimensional square 12 in at least one multi-dimensional frame 11, and configure a multi-dimensional frame object index data 20 according to the distribution result of each object 14.
  • the further allocation step 53 further includes an automatic assignment procedure for automatically assigning at least one item 14 to at least one multi-dimensional square 12 of the at least one multi-dimensional frame 11.
  • the storing step 54 stores the at least one multi-dimensional frame 11, the at least one object 14, and the multi-dimensional frame object index data 20 corresponding to each object 14 to the multi-dimensional frame object storage warehousing 40 established by the establishing step 51. More preferably, the setting step 52, the assigning step 53, and the storing step 54 are repeated from the setting step 52.
  • the aforementioned storage already contains a temporary storage method.
  • the reading step 55 described above reads at least one object 14 from at least one multi-dimensional frame 11 of the multi-dimensional frame object storage warehousing 40. More preferably, the read objects 14 can be sorted and displayed according to the degree of relationship.
  • the reading step 55 further includes a reading condition setting program for setting the reading condition of the object 14, such as the number of readings, the file format, the content language, or the content type (such as reading the index, Abstract or full text) and so on. It is also possible to set the threshold value of the reading object 14 and read the object 14 having a certain degree of relationship.
  • a reading condition setting program for setting the reading condition of the object 14, such as the number of readings, the file format, the content language, or the content type (such as reading the index, Abstract or full text) and so on. It is also possible to set the threshold value of the reading object 14 and read the object 14 having a certain degree of relationship.
  • the reading step 55 further includes an auxiliary reading search program for assisting in searching the multi-dimensional framework 11, the multi-dimensional square 12 or the object 14 in the reading step 55.
  • an auxiliary reading search program for assisting in searching the multi-dimensional framework 11, the multi-dimensional square 12 or the object 14 in the reading step 55. 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 reading step 55 further includes an object management program for managing the read object 14, for example, performing management operations of adding, cutting, copying, pasting, and deleting the object 14, and the object 14 is more
  • the dimension frame object index data 20 will also be adjusted accordingly.
  • the reading step 55 further includes an object execution program for executing the read object 14 in a manner that can be directly performed by the user on the object 14 or by clicking the right mouse button to select a compatible operation. Execute, or automatically executed by the agent (Agent).
  • the reading step 55 further includes an object screening program for filtering the read object 14.
  • an object screening program for filtering the read object 14.
  • the object 14 that is too close or repeated may be automatically added. Remove, avoid repeating the display of objects 14 that are too similar or identical.
  • Step 55 is further read, further comprising a read analysis program for analyzing the read object 14.
  • a read analysis program for analyzing the read object 14.
  • the object 14 is a patent document
  • the patent analysis function provided by the Patent Information Network of the Republic of China for the search result of the patent document can be applied to analyze the read patent document.
  • the reading step 55 further includes a framework subscription program for subscribing to the multi-dimensional framework object storage repository 40 updated items, such as a subscription service for the newsletter.
  • the reading step 55 further includes an advertisement reading program for providing advertisement information 97 associated with the object being read, as provided by Googl e, Yahoo.
  • reading step 55 further comprising a read suggestion program for providing read suggestions 98 associated with the read object, as Amazon provides the most popular, highly associated or popular recommended product, or providing further setting readings Take the advice of the scope.
  • the reading step 55 further includes a nested access procedure for further accessing the read object 14 using the multi-dimensional framework object access method 50, and the data can still be added to the folder in the file manager.
  • the concept of the folder Logically, after the object reading result is separately stored, it is regarded as another new object source, and then repeatedly executed according to the steps of the multi-dimensional frame object access method 50, thereby obtaining a more clear object reading result.
  • FIG. 6 is a schematic diagram of an embodiment of a multi-dimensional frame object access system 60 of the present invention
  • FIG. 7A is a multi-dimensional frame object access server of the present invention
  • FIG. 7B is a schematic diagram of an embodiment of a system 71 and a client system 72.
  • FIG. 7B is a schematic diagram of a multi-dimensional frame object access server system 71 and a client system 72 of the present invention.
  • the multi-dimensional frame object access system 60 of the preferred embodiment of the present invention includes: a setup module 61, a setting module 62, a distribution module 63, a storage module 64, and a reading module 65. .
  • the above-mentioned building module 61 is used to establish a multi-dimensional frame object storage storage 40.
  • the creation of module 61 will add an empty object storage storage, and allocate storage space for object storage and storage, such as the concept of adding a database in the database system.
  • the setting module 62 is configured to set a multi-dimensional frame 11, each multi-dimensional frame 11 is constructed by at least one dimension 10, and the multi-dimensional frame 11 includes at least one multi-dimensional square 12, and each The multi-dimensional square corresponds to a classification condition 15.
  • the setting module 62 further includes a frame assisting design unit 87 for assisting in designing the multi-dimensional framework 11, for example, a design template of the dimension 10 or multi-dimensional framework 11 recommended by the system, the expert or the public, and Use the requirements to adjust to save design time.
  • a frame assisting design unit 87 for assisting in designing the multi-dimensional framework 11, for example, a design template of the dimension 10 or multi-dimensional framework 11 recommended by the system, the expert or the public, and Use the requirements to adjust to save design time.
  • the setting module 62 further includes a storage range setting unit 88 for selecting an appropriate multi-dimensional square 12 according to the multi-dimensional frame 11 to set the storage range of the object 14. For example, the user performs a multi-dimensional operation 13 and then selects, or enters an access syntax that is appropriate for the multi-dimensional framework object storage repository 40.
  • the setting module 62 further includes a storage condition setting unit 89 for setting the storage condition of the object 14, such as the number of stored files, the file format, the content language, or the content type (such as storing indexes, abstracts). Or full text) and so on. More able to set the relationship threshold value stored in the object 14, storage relationship A certain level of object 14 is reached.
  • the setting module 62 further includes an auxiliary setting searching unit 80 for assisting in searching the multi-dimensional frame 11, the multi-dimensional square 12 or the object 14 in the setting module 62.
  • an auxiliary setting searching unit 80 for assisting in searching the multi-dimensional frame 11, the multi-dimensional square 12 or the object 14 in the setting module 62. 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 62 further provides a storage mode for the user to set the storage module 64, and the storage mode refers to a process of actually performing the storage operation.
  • the storage mode refers to a process of actually performing the storage operation.
  • the distribution module 63 is configured to distribute at least one object 14 into at least one multi-dimensional square 12 of the at least one multi-dimensional frame 11 that has been set, and configure one according to the distribution result of each object 14.
  • the multi-dimensional frame object index data 20 corresponds to the object 14.
  • the basic way is that the multi-dimensional square 12 to which the object 14 belongs is specified by the user through multi-dimensional operation 13 , and the relationship data of the multi-dimensional square 12 to which the user inputs the object 14 is provided.
  • the distribution module 63 further includes an automatic distribution unit for automatically distributing at least one object 14 to at least one multi-dimensional square 12 of the at least one multi-dimensional frame 11.
  • the automatic allocation unit can combine the words of the classification condition 15 corresponding to each multi-dimensional square 12 into the classification database, and the automatic allocation unit can select a specific field of the object 14 that meets the storage condition, The tag or full text is compared to the words in the classification database, and based on the comparison result, the object 14 having a relationship greater than the threshold is assigned to the appropriate multi-dimensional square 12.
  • the distribution module 63 configures the multi-dimensional frame object index data 20 according to the distribution result of the object 14 to correspond to the object 14, and may further contain the relationship data.
  • the manner of configuring the multi-dimensional frame object index data 20 refer to the description of the embodiment of the object 14 having the multi-dimensional frame object index data 20, which is not described herein.
  • the storage module 64 is configured to store at least one multi-dimensional frame 11, at least one object 14, and a multi-dimensional frame object index data 20 corresponding to each object 14 to a multi-dimensional framework established by the building module 61.
  • Object storage warehousing 40 The storage module 64 is stored according to the storage mode set by the setting module 62, and the storage mode also includes the temporary storage mode.
  • the storage module 64 can inversely learn the objects 14 included in each multi-dimensional square 12 of each multi-dimensional frame 11 according to the multi-dimensional frame object index data 20 of each object 14 . This take-up information is pre-stored to speed up the reading of the object 14.
  • the above-mentioned reading module 65 is used for storing the storage 40 according to the multi-dimensional frame object.
  • the dimension frame reads the object 14.
  • the basic way is to select the multi-dimensional frame 11 to be read by the user in the multi-dimensional frame object storage ware 40, and then select the multi-dimensional square 12 to be read via the multi-dimensional operation 13; It is to provide the user input access grammar suitable for the multi-dimensional framework object storage warehousing 40, because the multi-dimensional square of each multi-dimensional framework corresponds to a reading condition, and the principle is the same as the classification condition 15. Therefore, the reading module 65 compares the multi-dimensional frame object index data 20 of the object 14 with the reading condition, and can read the object 14 conforming to the multi-dimensional square 12 of the selected or query multi-dimensional frame 11. More preferably, the read objects 14 can be sorted according to the degree of relationship and displayed.
  • the reading module 65 further includes a reading condition setting unit 91 for setting the reading condition of the object 14, such as the number of readings, the file format, the content language, or the content type (such as reading). Index, abstract or full text) and so on. It is more able to set the relationship threshold value read by the object 14 and read the object of a certain level 14 .
  • a reading condition setting unit 91 for setting the reading condition of the object 14, such as the number of readings, the file format, the content language, or the content type (such as reading). Index, abstract or full text) and so on. It is more able to set the relationship threshold value read by the object 14 and read the object of a certain level 14 .
  • the read module 65 further includes an auxiliary read search unit 90 for assisting in searching the multi-dimensional frame 11, the multi-dimensional square 12 or the object 14 in the read module 65.
  • an auxiliary read search unit 90 for assisting in searching the multi-dimensional frame 11, the multi-dimensional square 12 or the object 14 in the read module 65.
  • the system automatically selects or manually selects the user, simplifying the complexity of browsing the multi-dimensional framework 11, multi-dimensional square 12 or object 14 one by one.
  • the reading module 65 further includes an object management unit 92 for managing the read object 14, for example, performing management operations of adding, cutting, copying, pasting, and deleting the object 14, and the object 14
  • object management unit 92 for managing the read object 14, for example, performing management operations of adding, cutting, copying, pasting, and deleting the object 14, and the object 14
  • the multi-dimensional framework object index data 20 will also be adjusted accordingly.
  • the reading module 65 further includes an object executing unit 93 for executing the read object 14, such as editing of a file, playing of a multimedia, browsing a webpage, downloading a network resource, and the like.
  • the execution mode can be directly performed by the user in the reading display window for the object 14 or by clicking the right mouse button to select a compatible operation, or automatically executed by the agent program.
  • the reading module 65 further includes an object screening unit 94 for screening the read object 14.
  • an object screening unit 94 for screening the read object 14.
  • 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. More preferably, the user can be adjusted to approximate the threshold to obtain an appropriate screening result.
  • the read module 65 further includes a read analysis unit 95 for analyzing the read object 14.
  • the reading analysis unit 95 can analyze the object 14 in the reading result by integrating an online analytical processing technique or an analytical method such as data mining.
  • the object 14 is a patent document
  • the patent analysis function provided by the Republic of China Patent Information Network for the result of the patent document query can be applied to analyze the read patent document.
  • the storage module 64 has the data type of the storage object 14 and the data is set
  • the reading module 65 combines the online analysis processing technology to summarize the numerical data, so that the object details of the multi-dimensional square 12 can be simultaneously displayed. And summary information, providing users Conduct analysis
  • the read module 65 further includes a frame subscription unit 96 for subscribing to the multi-dimensional framework object storage warehousing 40 updated items according to the multi-dimensional framework, such as a subscription service of the newsletter.
  • the reading module 65 further includes an advertisement reading unit for providing advertisement information 97 associated with the read object, such as an advertisement service provided by Google and Yahoo. More preferably, the reading module 65 automatically links the reading conditions to the multi-dimensional frame object storage warehousing 40 for storing advertisements, and the advertising information 97 associated with the object 14 can be read together.
  • an advertisement reading unit for providing advertisement information 97 associated with the read object, such as an advertisement service provided by Google and Yahoo. More preferably, the reading module 65 automatically links the reading conditions to the multi-dimensional frame object storage warehousing 40 for storing advertisements, and the advertising information 97 associated with the object 14 can be read together.
  • the read module 65 further includes a read suggestion unit for providing read suggestions 98 associated with the read object, such as Amazon providing the most popular, highly associated or publicly recommended products, or providing further settings. A recommendation to read the range. More preferably, the reading module 65 automatically compares the reading conditions to the multi-dimensional frame object storage ware 40 highly correlated with the object, and can simultaneously read the objects highly correlated with the object.
  • a read suggestion unit for providing read suggestions 98 associated with the read object, such as Amazon providing the most popular, highly associated or publicly recommended products, or providing further settings. A recommendation to read the range. More preferably, the reading module 65 automatically compares the reading conditions to the multi-dimensional frame object storage ware 40 highly correlated with the object, and can simultaneously read the objects highly correlated with the object.
  • the read module 65 further includes a nested access unit 99 for further accessing the read object 14 using the multi-dimensional frame object access system 60, similar to the folder in the current file manager function.
  • the concept of a folder can still be added.
  • the object reading result is separately stored as another new object source, and is repeatedly executed according to each module of the multi-dimensional frame object access system 60, thereby obtaining a more clear object reading result. .
  • the reading module 65 further provides a user setting reading mode, and the reading mode refers to a process of actually performing a reading operation.
  • the reading module 65 actually only needs to read the object of the lowest multi-dimensional square 12 in the object reading range.
  • the object reading result of the upper multi-dimensional square 12 in the object reading range can be gradually integrated from bottom to top according to the structure of the multi-dimensional frame 11, thereby simplifying the processing of reading all the multi-dimensional squares 12. the complexity.
  • the multi-dimensional framework object access system 60 of the present invention can be a stand-alone application, or can be integrated with an existing application by using an embedded or plug-in method, so that the user can use multiple dimensions under the original application system architecture.
  • the inline mode refers to the multi-dimensional frame object access system 60 preset in various applications; the plug-in mode is similar to the tool bar provided by the MSN or Goog le in the browser, and the user installs multiple dimensions.
  • the plug-in program of the framework object access system 60 is similar to the tool bar provided by the MSN or Goog le in the browser, and the user installs multiple dimensions.
  • the multi-dimensional framework object access system 60 can be completely a client system, and the user can directly perform various functions on the user end, or can be completely a server system, and the user can access the network.
  • the line is connected to the servo system to perform various functions.
  • the multi-dimensional framework object access system 60 can be a client-server system architecture, and the multi-dimensional framework object access server system 71 includes a setup module 61, a setup module 62, and a distribution module.
  • the designer completes the establishment and setting of the multi-dimensional framework object access server system 71. After the work is determined, assigned, and stored, the user can access the multi-dimensional framework object access client system 72 for reading.
  • the multi-dimensional framework object access server system 71 includes a setup module 61 and a storage module 64, and the multi-dimensional framework object accesses the client system 72, including setting The module 62, the distribution module 63, and the reading module 65.
  • the designer accesses the server system 71 in the multi-dimensional framework object to establish a multi-dimensional framework object storage warehousing 40, and then the user accesses the client system 72 in the dimension frame object to perform setting and distribution work.
  • the multi-dimensional frame object index data 20 corresponding to the dimension frame 11, the object 14 and the object 14 is transferred to the dimension frame object access server system 71 for storage to the multi-dimensional frame object storage storage 40.
  • the dimension frame object is used to access the client system 72' to read the desired object 14.
  • the modules in the object access client system 72, 72, and the object access server systems 71, 7 are similar to the modules in the object access system 60, and are not described herein.
  • the multi-dimensional frame object access system 60 of the present invention can be stored in a recording medium readable by the information device, and the multi-dimensional frame object access system 60 is used for loading into the information device and causing the information device to execute .
  • the multi-dimensional framework object access server system 71, 71, and the multi-dimensional frame object access client system 72, 72 may also be separately stored in a recording medium readable by the information device, and loaded into the information. In the device to enable the information device to execute.
  • FIG. 8 is a schematic diagram of an embodiment of a setting module 62 of a multi-dimensional frame object access system 60 according to the present invention
  • FIG. 9 is a multi-dimensional frame object of the present invention.
  • the read module 65 of the access system 60 uses a schematic of an interface embodiment.
  • the object index data 20 corresponds to the patent index data and patent of the multi-dimensional framework 11.
  • the system of the multi-dimensional framework patent access system of the preferred embodiment of the present invention has a function column and a main window.
  • the function column includes buttons for establishing, setting, assigning, storing, and reading functions, respectively, for executing the setup module 61, the setting module 62, the distribution module 63, the storage module 64, and the reading module 65.
  • the main window varies according to each module.
  • the main window includes a link management window 81, a dimension management window 8 2 , a frame management window 83, and a warehouse management window 84. , the frame operation window 85 and the object display window 86.
  • the auxiliary setting search unit 80 is included in the skill column.
  • the operation procedure of the setting module 62 mainly includes the first, setting the patent resource link; second, designing the dimension 10; third, designing the multi-dimensional framework 11; and fourth, setting the multi-dimensional framework patent storage storage.
  • Each operating procedure is described in detail below as follows:
  • the user adds at least one patent resource link in the link management window 81, for example, a patent database storing patent documents, and the name and connection location of each patent database are set by an operation wizard. Login information, etc.
  • the patent resource link can also be used as a pre-set dimension 10 to separate different sources of patent documents. More preferably, the query syntax of the corresponding patent database can be set to obtain a patent document that meets the requirements.
  • the object display window 86 displays the patent documents stored in the patent resource link, and the user can use the auxiliary setting search unit 80 to search for the patent file to be stored for preliminary viewing.
  • the user adds at least one dimension 10 in the dimension management window 82, such as application time, application country, international patent classification code, US patent classification, technical classification, power classification, etc., and the design dimension is guided by an operation wizard.
  • the user can use the frame assisted design unit 87 to import and adapt the appropriate dimension 10 design template.
  • the user adds at least one multi-dimensional framework 11 in the framework management window 83, such as an A classification framework, and the like, and an operation wizard guides the dimensions 1 0 required to form the multi-dimensional framework 11 .
  • the user can utilize the frame assisted design unit 87 to import and adapt the appropriate multi-dimensional framework 11 design template.
  • the user finally sets up a multi-dimensional framework patent storage warehouse in the warehouse management window 84, that is, determines at least one multi-dimensional framework 11, such as an A classification framework, to be included.
  • the framework operation window 85 displays the multi-dimensional operation interface of the multi-dimensional framework 11. Further, the user can further define the multi-dimensional square 12 to be stored using the storage range setting unit 88, or set the storage condition and the relationship threshold of the object 14 using the storage condition setting unit 89.
  • the user assigns the patent documents listed in the object display window 86 to a particular multi-dimensional square 12 in the frame operation window 85 using a mouse drag.
  • the automatic allocation unit of the distribution module 63 automatically applies the patent automatic classification technology to assign the patent documents that meet the storage conditions to the appropriate multi-dimensional squares 12.
  • the storage module 64 stores the A-class framework, the patent file, and the multi-dimensional framework patent index data corresponding to each patent document into the multi-dimensional framework patent storage and storage.
  • the main window area of the user interface of the reading module 65 includes a warehouse management window 84, a frame operation window 85, and an object display window 86.
  • the auxiliary function search unit 90 is additionally included in the skill column.
  • the operation and processing procedure of the reading module 65 mainly includes: first, selecting a multi-dimensional framework 11, second, selecting a multi-dimensional square 12, and third, displaying a patent reading result.
  • the user selects a multi-dimensional frame 11, such as an A-category frame, in the warehouse management window 84, and the selected multi-dimensional frame 11 is displayed in the frame operation window 85.
  • the user can utilize the auxiliary read search unit 90 to search for a suitable multidimensional framework 11 in the multi-dimensional framework patent storage repository.
  • the user performs a multi-dimensional operation on the multi-dimensional framework 11 in the framework operation window 85, and selects at least one multi-dimensional square 12 to be read, that is, the patent read range.
  • the user can use the auxiliary reading search unit 90 to search for a suitable multi-dimensional square 12 in the multi-dimensional framework 11.
  • the reading module 65 reads, the patent file included in the patent reading range is displayed in the reading display window to provide the user for browsing.
  • the reading module 65 can provide a user to view the patent reading results of the multi-dimensional squares 12 one by one, and can also jointly view the patent reading results of the plurality of multi-dimensional squares 12. At this time, the user can also search for the patent file by using the auxiliary reading search unit 90.
  • the advertisement reading unit and the reading suggestion unit of the reading module 65 automatically provide the advertisement information 97 related to the patent and the reading recommendation 98.
  • the user can also click the reading condition setting unit 91 to set the reading condition and the relationship threshold value to obtain a suitable reading result, or click the object management unit 92, the object execution unit 93, and the object selection unit. 94.
  • the reading analysis unit 95 and the framework subscription unit 96 perform management, execution, screening, analysis, and subscription work on the patent file.
  • the user can click on the nested access unit 99 to perform advanced access to the read patent file, and the processing program includes:
  • the setting module 62 automatically presets the patent resource link of the saved patent reading result. Fifth, the user continues to perform the repeated execution according to the above module descriptions. So, you can reach the nest The purpose of the access.
  • the operational flow of the multi-dimensional framework object access method 50 and the system architecture of the multi-dimensional framework object access system 60 can be clearly understood.
  • the multi-dimensional framework object access method 50 and the system can be more widely applied to various materials or contents, etc. 14.
  • the examples are as follows:
  • files can only be accessed and managed using the tree hierarchy, but the tree hierarchy does not effectively reflect the multidimensional view of the files.
  • the above files include various documents (patents, Papers, etc.), pictures, multimedia, mail, web pages, etc.
  • the user or designer can apply the multi-dimensional framework object access system 60 to assign the files to the appropriate multi-dimensional squares 12 in the appropriate multi-dimensional framework 11 so that the user can use the multi-dimensional framework 11 according to their usage requirements. Select the files included in the appropriate multi-dimensional squares 12 for browsing, management, and application.
  • the core of web technology is to use hyperlinks to link the content of web pages, while the classification of hyperlinks represents the classification of content, so it includes, for example, news classification, advertising carousel, RSS technology, my favorites, e-bookmarks, e-books, blogs. , Internet encyclopedia and other functions, all attach great importance to the classification and organization of hyperlinks.
  • the prior art techniques can only provide a tree hierarchy structure for the user to select layer by layer.
  • the user or designer can apply the multi-dimensional framework object access system 60 to assign the hyperlinks to the appropriate multi-dimensional squares 12 in the appropriate multi-dimensional framework 11 so that the user can view the requirements according to the multi-dimensional framework.
  • 11 Select the hyperlinks included in the appropriate multi-dimensional squares 12 for browsing, management, and application.
  • the user or designer can apply the multi-dimensional framework object access system 60 to assign the components to the appropriate multi-dimensional squares 12 in the appropriate multi-dimensional framework 11, and the user can also rely on their use or design requirements,
  • the multi-dimensional framework 11 selects the components included in the appropriate multi-dimensional grid 12 for browsing, management, and application.
  • the present invention can be used as a multi-dimensional framework to classify, store, and read objects, and to reflect people's multidimensional views and knowledge structures.
  • objects can be browsed, managed, executed, selected, analyzed, subscribed, and nested accessed.
  • the invention can assign objects to multi-dimensional squares of a multi-dimensional framework, and configure multi-dimensional framework object index data to correspond to objects, multi-dimensional frameworks, objects and corresponding multi-dimensional framework objects.
  • Index data is stored in multi-dimensional framework object storage and storage, and is stored and read by multi-dimensional framework object access method and system, which is very suitable for practical use.

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  • Information Retrieval, Db Structures And Fs Structures Therefor (AREA)

Abstract

L'invention concerne une ressource d'indexation d'objets dans une structure multidimensionnelle, un entrepôt de stockage d'objets, un procédé d'accès aux objets et un système d'accès aux objets. Le système d'accès aux objets comprend : un module de création; un module de réglage; un module d'affectation; un module de stockage; et un module de lecture. Selon la conception multidimensionnelle, on peut affecter l'objet à la grille multidimensionnelle de la structure multidimensionnelle et configurer la ressource d'indexation d'objet de structure multidimensionnelle correspondant à l'objet. La structure multidimensionnelle, l'objet et la ressource d'indexation d'objet de structure multidimensionnelle correspondante sont stockés dans l'entrepôt de stockage d'objets à structure multidimensionnelle, et sont stockés et lus au moyen du système à l'aide du procédé d'accès aux objets à structure multidimensionnelle.
PCT/CN2007/003087 2007-10-30 2007-10-30 Ressource d'indexation d'objets dans une structure multidimensionnelle, entrepôt de stockage d'objets, procédé d'accès aux objets et système d'accès aux objets WO2009055961A1 (fr)

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PCT/CN2007/003087 WO2009055961A1 (fr) 2007-10-30 2007-10-30 Ressource d'indexation d'objets dans une structure multidimensionnelle, entrepôt de stockage d'objets, procédé d'accès aux objets et système d'accès aux objets

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