CN114066284B - Standard address system service management system and method - Google Patents

Standard address system service management system and method Download PDF

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Publication number
CN114066284B
CN114066284B CN202111392808.5A CN202111392808A CN114066284B CN 114066284 B CN114066284 B CN 114066284B CN 202111392808 A CN202111392808 A CN 202111392808A CN 114066284 B CN114066284 B CN 114066284B
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standard address
space
address system
resource
standard
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CN114066284A (en
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刘臻
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Shanghai Xinguang Data Technology Co ltd
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Shanghai Xinguang Data Technology Co ltd
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/953—Querying, e.g. by the use of web search engines
    • G06F16/9537—Spatial or temporal dependent retrieval, e.g. spatiotemporal queries
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F40/00—Handling natural language data
    • G06F40/10—Text processing
    • G06F40/166—Editing, e.g. inserting or deleting

Abstract

The invention discloses a standard address system service management system and a method thereof.A standard address service center is used for a creator to create a standard address system and define each hierarchical structure in the standard address system; the standard address service center is used for the creator to register a standard address system with the address checking service center; the standard address service center is used for the creator to edit the standard address system, when the standard address system is not used by any party, the standard address system can be edited, and when the standard address system is used by some calling parties, the standard address system can be edited after receiving the approval modification information sent by all the calling parties; the standard address service center is used for a creator to delete the standard address system, and the standard address system can be deleted only when the standard address system is not used by any party; the standard address service center is used for calling party to inquire all standard address systems contained in the standard address service center, and the details of the standard address systems are returned based on the input standard address system names or identification numbers.

Description

Standard address system service management system and method
Technical Field
The invention relates to the technical field of standard address system service, in particular to a standard address system service management system and method.
Background
The existing system does not have the function of creating the standard address system and further does not have the functions of registering, editing, deleting and the like on the created standard address system, so that the system capable of realizing the creation of the standard address system and the registration, editing and deleting of the standard address system is particularly important.
Disclosure of Invention
The invention provides a standard address system service management system and method aiming at the problems and the defects existing in the prior art.
The invention solves the technical problems by the following technical proposal:
the invention provides a standard address system service management system which is characterized by comprising a standard address service center and an address verification service center, wherein the standard address service center comprises a creation module, a registration module, an editing module, a deletion module and a query module;
the creation module is used for creating a hierarchical standard address system by a creator, defining each hierarchical structure in the standard address system, and storing the corresponding relation of the standard address system name, the standard address system identification number, the standard address system hierarchical structure, the creator identification number and the creation time;
the registration module is used for enabling the creator to register the created standard address system with the address verification service center so that the address verification service center can utilize the standard address system to carry out addressing verification;
the editing module is used for enabling the creator to edit the standard address system, and can directly edit the standard address system when the standard address system is not used by any calling party, and can edit the standard address system after receiving the information which is sent by the calling parties and agrees to be modified when the standard address system is used by some calling parties;
the deleting module is used for deleting the standard address system by the creator, and deleting the standard address system only when the standard address system is not used by any calling party;
the inquiry module is used for the caller to inquire all standard address systems contained in the standard address service center, and inquires and returns details of the corresponding standard address system based on the standard address system name or standard address system identification number input by the caller.
Preferably, the system further comprises a grid data center, wherein the grid data center comprises a space identification module and a space change module, and the standard address service center comprises a management module;
the space identification module is used for carrying out identification storage on each space in the target area by relying on a standard address system selected from the standard address service center, and synchronously updating all the identified space identification information to the directory of the standard address system selected in the management module;
the space changing module is used for performing space deleting operation, space adding operation or space identification information changing operation on the identified space in the target area, and synchronously updating the space identification information of the changing part to the directory of the standard address system selected in the management module in an incremental mode;
the inquiring module is used for inquiring and returning all space details under the catalog of the corresponding standard address system based on the standard address system name or the standard address system identification number input by the calling party.
Preferably, the system further comprises a scene management center, wherein the scene management center comprises a scene association module and a scene release module;
the scene association module is used for associating the scene in the scene management center with the space in the grid data center to realize the binding of the scene and the space, and synchronously updating the association information of the scene and the space to the directory of the standard address system selected in the management module, wherein the scene and the space have one-to-one, one-to-many or many-to-one association relation;
the management module is used for adding corresponding scene information for the associated space under the directory of the selected standard address system;
the scene release module is used for releasing the association of the scene in the scene management center and the space in the grid data center to realize the unbinding of the scene and the space, and synchronously updating the release information of the scene and the space under the directory of the standard address system selected in the management module;
the management module is used for deleting corresponding scene information for the relieved space under the directory of the selected standard address system.
Preferably, the system further comprises a resource/object management center, wherein the resource/object management center comprises a resource/object occupation module, a resource/object release module and a resource/object change module;
the resource/object occupation module is used for defining the occupation relation between the resources/objects in the resource/object management center and the space in the grid data center so as to realize the space position positioning of the resources/objects, and synchronously updating the occupation information of the resources/objects and the space to the directory of the standard address system selected in the management module;
the management module is used for adding corresponding resource/object occupation information for the occupied space under the directory of the selected standard address system;
the resource/object releasing module is used for releasing the occupation relation between the resources/objects in the resource/object management center and the space in the grid data center so as to release the space position positioning of the resources/objects, and synchronously updating the release information of the resources/objects and the space under the directory of the standard address system selected in the management module;
the management module is used for deleting corresponding resource/object occupation information for the relieved space under the directory of the selected standard address system;
the resource/object changing module is used for changing the occupation relation between the resource/object in the resource/object management center and the first space in the grid data center into the occupation relation between the resource/object in the resource/object management center and the second space in the grid data center so as to realize the space position change of the resource/object, and synchronously updating the occupation information of the resource/object and the second space under the directory of the standard address system selected in the management module;
the management module is used for deleting corresponding resource/object occupation information for the first space under the directory of the selected standard address system and adding corresponding resource/object occupation information for the second space.
Preferably, the address verification service center is used for transmitting the address to be verified to the standard address service center after finishing the matching of the standard address of the address to be verified every time the address verification service center confirms;
the standard address service center is used for storing the address to be checked as an alias of the standard address.
The invention also provides a standard address system service management method, which is characterized by comprising the following steps:
the standard address service center is used for a creator to create a hierarchical standard address system, defines each hierarchical structure in the standard address system, and stores the corresponding relation of the standard address system name, the standard address system identification number, the standard address system hierarchical structure, the creator identification number and the creation time;
the standard address service center is used for the creator to register the created standard address system with the address verification service center so that the address verification service center can utilize the standard address system to carry out addressing verification;
the standard address service center is used for the creator to edit the standard address system, and can directly edit the standard address system when the standard address system is not used by any calling party, and can edit the standard address system after receiving the information of agreeing to modify sent by the calling parties when the standard address system is used by some calling parties;
the standard address service center allows the creator to delete the standard address system, and can delete the standard address system only when the standard address system is not used by any calling party;
the standard address service center is used for the caller to inquire all standard address systems contained in the standard address service center, and the caller can inquire and return details of the corresponding standard address systems based on the standard address system name or standard address system identification number input by the caller.
Preferably, it further comprises the steps of:
the grid data center carries out identification storage on each space in the target area by relying on a standard address system selected from the standard address service center, and synchronously updates all the identified space identification information to the directory of the standard address system selected from the standard address service center;
the grid data center performs space deletion operation, space addition operation or space identification information change operation on the identified space in the target area, and synchronously updates the space identification information of the change part in an incremental mode to the directory of the standard address system selected in the standard address service center;
the standard address service center inquires and returns all space details under the catalog of the corresponding standard address system based on the standard address system name or standard address system identification number input by the calling party.
Preferably, it further comprises the steps of:
the scene management center associates the scene in the scene management center with the space in the grid data center to realize the binding of the scene and the space, synchronously updates the association information of the scene and the space to the directory of the standard address system selected in the standard address service center, and has one-to-one, one-to-many or many-to-one association relation between the scene and the space;
the standard address service center adds corresponding scene information for the associated space under the directory of the selected standard address system;
the scene management center releases the association of the scene in the scene management center and the space in the grid data center to realize the unbinding of the scene and the space, and synchronously updates the unbinding information of the scene and the space to the directory of the standard address system selected in the standard address service center;
the standard address service center deletes the corresponding scene information for the relieved space under the directory of the selected standard address system.
Preferably, it further comprises the steps of:
the resource/object management center defines the occupation relation between the resources/objects in the resource/object management center and the space in the grid data center to realize the space position positioning of the resources/objects, and synchronously updates the occupation information of the resources/objects and the space under the directory of the standard address system selected in the standard address service center;
the standard address service center adds corresponding resource/object occupation information for the occupied space under the directory of the selected standard address system;
the resource/object management center releases the occupation relation between the resource/object in the resource/object management center and the space in the grid data center to release the space position positioning of the resource/object, and synchronously updates the release information of the resource/object and the space under the directory of the standard address system selected in the standard address service center;
the standard address service center deletes corresponding resource/object occupation information for the released space under the directory of the selected standard address system;
the resource/object management center changes the occupation relation between the resource/object in the resource/object management center and the first space in the grid data center into the occupation relation between the resource/object in the resource/object management center and the second space in the grid data center so as to realize the space position change of the resource/object, and synchronously updates the occupation information of the resource/object and the second space under the directory of the standard address system selected in the standard address service center;
the standard address service center deletes corresponding resource/object occupation information for the first space under the directory of the selected standard address system, and adds corresponding resource/object occupation information for the second space.
Preferably, it further comprises the steps of:
transmitting the address to be checked to the standard address service center when the address checking service center confirms that the standard address of the address to be checked is matched;
the standard address service center stores the address to be checked as an alias of the standard address.
On the basis of conforming to the common knowledge in the field, the above preferred conditions can be arbitrarily combined to obtain the preferred examples of the invention.
The invention has the positive progress effects that:
the invention can realize the creation of the standard address system, the registration, the editing and the deletion of the standard address system, and ensure that all the spaces which are managed by the grid data center have a unique standard address so as to facilitate the rapid query and search of the spaces. Meanwhile, by maintaining the application of the space in the scene, the occupied space and the aliases (possibly a plurality of aliases) of the space in other systems, the manager can be helped to solve the problem of uniform addressing of different objects in different systems, so that a sustainable and continuously updated address information management system is formed.
Drawings
FIG. 1 is a block diagram of a standard address system service management system according to a preferred embodiment of the present invention.
Fig. 2 is a diagram of a scenario and spatial binding relationship according to a preferred embodiment of the present invention.
FIG. 3 is a diagram showing the change relation of the space occupation of resources according to the preferred embodiment of the present invention.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are some embodiments of the present invention, but not all embodiments of the present invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
As shown in fig. 1, the present embodiment provides a standard address hierarchy service management system, which includes a standard address service center 1, an address verification service center 2, a grid data center 3, a scene management center 4, and a resource/object management center 5, wherein the standard address service center 1 includes a creation module 11, a registration module 12, an editing module 13, a deletion module 14, a query module 15, and a management module 16, the grid data center 3 includes a space identification module 31 and a space modification module 32, the scene management center 4 includes a scene association module 41 and a scene release module 42, and the resource/object management center 5 includes a resource/object occupation module 51, a resource/object release module 52, and a resource/object modification module 53.
The creation module 11 is configured to create a hierarchical standard address system by a creator, define each hierarchical structure in the standard address system, and store a corresponding relationship of a standard address system name, a standard address system identification number, a standard address hierarchy structure, a creator identification number, and creation time.
The standard address system is maintained uniformly, has global applicability and complies with the standard formally issued by the country. The default configuration is a five-level address system of the national standard, and the created standard address system can be a further deepened version based on the five-level address system (for example, for further refined space division after entering a home, or non-living space in a building such as garage equipment room, etc.), or can be a brand new standard address system (for example, addressing in a highway, a river channel or a pipeline system) which is irrelevant to the five-level address system. The hierarchy must be hierarchical and otherwise there should be no constraints. A system must be given a unique name.
The registration module 12 is used for enabling the creator to register the created standard address system with the address verification service center so that the address verification service center can perform addressing verification by using the standard address system, and the standard address system name, the standard address system hierarchy structure, the creator identification number and the address query interface should be submitted during registration.
The editing module 13 is configured to allow the creator to edit the standard address system, and directly edit the standard address system when the standard address system is not used by any caller, and edit the standard address system when the standard address system is used by some callers after receiving the modification approval information sent by the callers. The purpose is to avoid that the standard address hierarchy is modified at will so that other applications referencing the standard address hierarchy are cluttered in use.
The deletion module 14 is configured to delete the standard address system for the creator, and delete the standard address system only when the standard address system is not used by any caller; the deleted standard address hierarchy should be unregistered at the address verification service center. The address checking service center keeps records of registration and use inquiry, while the standard address service center keeps records of all spaces which are created under the deleted standard address system.
The query module 15 is configured to query all standard address systems included in the standard address service center by using an API method, and query and return details of the corresponding standard address system based on the standard address system name or the standard address system identifier input by the caller, such as the standard address system name, the standard address system identifier, the standard address system hierarchy, the creator identifier, the creation time, and the standard address data of ten sample spaces as examples.
The space identification module 31 is configured to rely on a standard address system selected from the standard address service center to identify and store each space in the target area, and synchronously update all the identified space identification information to a directory of the standard address system selected in the management module, where for a space described by a conventional five-level address, the information to be carried includes a space identification number in the grid data center, a standard address (including information of a space structure), and geographic location information (longitude and latitude of a center point).
The space changing module 32 is configured to perform a space deleting operation, a space adding operation, or a space identifying information changing operation on the identified space in the target area, and update the space identifying information of the changed portion to the directory of the standard address system selected in the management module in an incremental manner. The space of the grid data center should be updated all in time into the standard address service center. Each change to the spatial data by the grid data center should be synchronized to the standard address service center in an incremental manner. At the same time, the standard address service center should synchronize the full list of spaces with the grid data center periodically (e.g., daily) to avoid data non-synchronization problems that may be caused by long-term incremental updates. Only the following kinds of changes are supported: adding space, deleting space, changing standard address of space, changing longitude and latitude of central point of space.
The query module 15 is configured to query and return all space details under the directory corresponding to the standard address system, such as a space identifier, a space name (if any), a space standard address, and the like, based on the standard address system name or the standard address system identifier input by the caller.
The scene association module 41 is configured to associate a scene in the scene management center 4 with a space in the grid data center 3 to achieve binding between the scene and the space, and update association information between the scene and the space synchronously to a directory of a standard address system selected in the management module 16, where there is a one-to-one, one-to-many, or many-to-one association relationship between the scene and the space.
As shown in fig. 2, the grid data center 3 contains space 1, space 2, space 3, space 4 and space 5, the scene management center contains scene 1, scene 2 and scene 3, the scene 1 and the space 2 have binding relations, the scene 2 and the space 2, the space 3 and the space 4 have binding relations, and the scene 5 and the space 5 have binding relations.
The management module 16 is configured to add corresponding scene information to the associated space under the directory of the selected standard address system; the standard address service center should add corresponding scene information, mainly scene identification number, for each bound space, but other information can be added as appropriate. It should be noted that a space may have an indefinite number of scene bindings, so its mechanism for scene addition must be able to support an indefinite number of binding scenes.
The scene release module 42 is configured to release association between a scene in the scene management center and a space in the grid data center to implement unbinding between the scene and the space, and update release information of the scene and the space synchronously under the directory of the standard address system selected in the management module.
The management module 16 is configured to delete the corresponding scene information for the released space under the directory of the selected standard address system.
The query module 15 implements several services:
a) Space attribution scene list query: the calling party inputs a space identification number and inquires a list of home scenes;
b) Space attribution scene query: the calling party inputs a space identification number and a home scene identification number, feeds back the detailed description of the scene and adds binding time;
c) Querying a space standard address: the calling party inputs the space number, inquires the standard address of the space and the standard address system used;
d) Address query: the caller inputs a standard address, and inquires a space name, a space identification number and longitude and latitude of a central point corresponding to the standard address;
e) Longitude and latitude query: the calling party inputs the longitude and latitude, and inquires the space and standard address of the space within a certain distance around the longitude and latitude (the service is realized by calling the capacity of the grid data center).
The resource/object occupation module 51 is configured to define an occupation relationship between the resources/objects in the resource/object management center 5 and the space in the grid data center 3 to implement space location positioning of the resources/objects, and synchronously update the occupation information of the resources/objects and the space to the directory of the standard address system selected in the management module 16.
The management module 16 is configured to add corresponding resource/object occupation information to the occupied space under the directory of the selected standard address system.
In the resource/object management center 5, the location of one resource/object is defined at a time, that is, the space occupation data (resource/object type, name, identification number, type of occupied space, scene name of occupied space, scene identification number, occupied space identification number) needs to be transferred to the standard address service center, and the address service center should add the space occupation data to the corresponding space according to the space identification number.
The resource/object releasing module 52 is configured to release the occupation relationship between the resource/object in the resource/object management center and the space in the grid data center to release the spatial location of the resource/object, and update the release information of the resource/object and the space synchronously under the directory of the standard address system selected in the management module.
The management module 16 is configured to delete corresponding resource/object occupation information for the released space under the directory of the selected standard address system.
In the resource/object management center 5, the original space occupation data (resource/object type, name, identification number, occupation space type, occupation space scene name, scene identification number, occupation space identification number) need to be transferred to the standard address service center one resource/object at a time, and the address service center should find the corresponding occupation space according to the identification number of the resource/object, and delete the corresponding occupation space from the current space after comparing the space identification numbers.
The resource/object changing module 53 is configured to change an occupancy relationship between a resource/object in the resource/object management center and a first space in the grid data center to an occupancy relationship between a resource/object in the resource/object management center and a second space in the grid data center to implement a spatial location change of the resource/object, and synchronously update occupancy information of the resource/object and the second space under a directory of a standard address system selected in the management module.
The management module 16 is configured to delete corresponding resource/object occupation information for the first space and add corresponding resource/object occupation information for the second space under the directory of the selected standard address system.
As shown in fig. 3, the space occupied by the original resource 1 is the space 1, and now the occupied relationship between the resource 1 and the space 1 is changed to the occupied relationship between the resource 1 and the space 2, so as to realize the change of the space position of the resource. In the standard address service center, firstly, the resource occupation state of the space 1 is deleted, and secondly, the resource occupation state of the space 2 is added.
The query module 15 implements several services:
a) Resource/object current location query: the caller inputs the identification number of the resource/object, and the system returns the current standard address and longitude and latitude of the resource/object;
b) Address query resource/object: the caller inputs standard address and resource/object type, the system returns the resource/object currently occupied by the address;
c) Longitude and latitude query resource/object: the caller inputs the longitude and latitude and the resource object type, and the system returns a resource/object list nearest to the longitude and latitude.
In addition, the address checking service center 2 is configured to transmit the address to be checked to the standard address service center 1 if the address checking service center confirms that the matching of the standard address of the address to be checked is completed; the standard address service center 1 is used for storing the address to be checked as an alias of the standard address.
The embodiment also provides a standard address system service management method, which comprises the following steps:
the standard address service center 1 allows a creator to create a hierarchical standard address hierarchy, defines each hierarchical structure in the standard address hierarchy, and stores the corresponding relationship of the standard address hierarchy name, standard address hierarchy identification number, standard address hierarchy structure, creator identification number, and creation time.
The standard address service center 1 allows the creator to register the created standard address system with the address verification service center so that the address verification service center performs address verification by using the standard address system.
The standard address service center 1 allows the creator to edit the standard address system, and can directly edit the standard address system when the standard address system is not used by any caller, and can edit the standard address system when the standard address system is used by some callers after receiving the modification approval information sent by the callers.
The standard address service center 1 allows the creator to delete the standard address hierarchy and can only delete the standard address hierarchy if it is not used by any caller.
The standard address service center 1 is used for the caller to inquire all standard address systems contained in the standard address service center, and inquires and returns details of the corresponding standard address systems based on the standard address system name or standard address system identification number input by the caller.
Further comprising the following steps:
the grid data center 3 carries out identification storage on each space in the target area by relying on the standard address system selected from the standard address service center 1, and synchronously updates all the identified space identification information to the directory of the standard address system selected from the standard address service center 1.
The grid data center 3 performs space deletion operation, space addition operation or space identification information change operation on the identified space in the target area, and synchronously updates the space identification information of the change part in an incremental mode to the directory of the standard address system selected in the standard address service center 1.
The standard address service center 1 inquires and returns all space details under the catalog of the corresponding standard address system based on the standard address system name or standard address system identification number input by the calling party.
Further comprising the following steps:
the scene management center 4 associates the scenes in the scene management center with the spaces in the grid data center to realize the binding of the scenes and the spaces, synchronously updates the association information of the scenes and the spaces to the directory of the standard address system selected in the standard address service center, and has one-to-one, one-to-many or many-to-one association relation between the scenes and the spaces; the standard address service center 1 adds corresponding scene information for the associated space under the directory of the selected standard address system.
The scene management center 4 releases the association of the scene in the scene management center and the space in the grid data center to realize the unbinding of the scene and the space, and synchronously updates the unbinding information of the scene and the space to the directory of the standard address system selected in the standard address service center; the standard address service center 1 deletes the corresponding scene information for the released space under the directory of the selected standard address system.
Further comprising the following steps:
the resource/object management center 5 defines the occupation relation between the resources/objects in the resource/object management center and the space in the grid data center to realize the space position positioning of the resources/objects, and synchronously updates the occupation information of the resources/objects and the space to the directory of the standard address system selected in the standard address service center 1; the standard address service center 1 adds corresponding resource/object occupation information for the occupied space under the directory of the selected standard address system.
The resource/object management center 5 releases the occupation relation between the resource/object in the resource/object management center and the space in the grid data center to release the space position positioning of the resource/object, and synchronously updates the release information of the resource/object and the space to the directory of the standard address system selected in the standard address service center 1; the standard address service center 1 deletes the corresponding resource/object occupation information for the released space under the directory of the selected standard address system.
The resource/object management center 5 changes the occupation relation between the resource/object in the resource/object management center and the first space in the grid data center into the occupation relation between the resource/object in the resource/object management center and the second space in the grid data center so as to realize the space position change of the resource/object, and synchronously updates the occupation information of the resource/object and the second space to the directory of the standard address system selected in the standard address service center 1; the standard address service center 1 deletes corresponding resource/object occupation information for the first space under the directory of the selected standard address system, and adds corresponding resource/object occupation information for the second space.
Further comprising the following steps:
the address checking service center 2 transmits the address to be checked to the standard address service center 1 after finishing the matching of the standard address of the address to be checked every time; the standard address service center 1 deposits the address to be checked as an alias of the standard address.
While specific embodiments of the invention have been described above, it will be appreciated by those skilled in the art that these are by way of example only, and the scope of the invention is defined by the appended claims. Various changes and modifications to these embodiments may be made by those skilled in the art without departing from the principles and spirit of the invention, but such changes and modifications fall within the scope of the invention.

Claims (6)

1. The standard address system service management system is characterized by comprising a standard address service center and an address verification service center, wherein the standard address service center comprises a creation module, a registration module, an editing module, a deletion module and a query module;
the creation module is used for creating a hierarchical standard address system by a creator, defining each hierarchical structure in the standard address system, and storing the corresponding relation of the standard address system name, the standard address system identification number, the standard address system hierarchical structure, the creator identification number and the creation time;
the registration module is used for enabling the creator to register the created standard address system with the address verification service center so that the address verification service center can utilize the standard address system to carry out addressing verification;
the editing module is used for enabling the creator to edit the standard address system, and can directly edit the standard address system when the standard address system is not used by any calling party, and can edit the standard address system after receiving the information which is sent by the calling parties and agrees to be modified when the standard address system is used by some calling parties;
the deleting module is used for deleting the standard address system by the creator, and deleting the standard address system only when the standard address system is not used by any calling party;
the inquiry module is used for the calling party to inquire all standard address systems contained in the standard address service center, and inquires and returns details of the corresponding standard address systems based on the standard address system names or standard address system identification numbers input by the calling party;
the system also comprises a grid data center, wherein the grid data center comprises a space identification module and a space change module, and the standard address service center comprises a management module;
the space identification module is used for carrying out identification storage on each space in the target area by relying on a standard address system selected from the standard address service center, and synchronously updating all the identified space identification information to the directory of the standard address system selected in the management module;
the space changing module is used for performing space deleting operation, space adding operation or space identification information changing operation on the identified space in the target area, and synchronously updating the space identification information of the changing part to the directory of the standard address system selected in the management module in an incremental mode;
the inquiring module is used for inquiring and returning all space details under the catalog of the corresponding standard address system based on the standard address system name or the standard address system identification number input by the calling party;
the address verification service center is used for transmitting the address to be verified to the standard address service center when the address verification service center confirms that the standard address of the address to be verified is matched;
the standard address service center is used for storing the address to be checked as an alias of the standard address.
2. The standard address hierarchy service management system of claim 1, further comprising a scene management center including a scene association module and a scene release module;
the scene association module is used for associating the scene in the scene management center with the space in the grid data center to realize the binding of the scene and the space, and synchronously updating the association information of the scene and the space to the directory of the standard address system selected in the management module, wherein the scene and the space have one-to-one, one-to-many or many-to-one association relation;
the management module is used for adding corresponding scene information for the associated space under the directory of the selected standard address system;
the scene release module is used for releasing the association of the scene in the scene management center and the space in the grid data center to realize the unbinding of the scene and the space, and synchronously updating the release information of the scene and the space under the directory of the standard address system selected in the management module;
the management module is used for deleting corresponding scene information for the relieved space under the directory of the selected standard address system.
3. The standard address hierarchy service management system of claim 1, wherein the system further comprises a resource/object management center including a resource/object occupation module, a resource/object deactivation module, and a resource/object change module;
the resource/object occupation module is used for defining the occupation relation between the resources/objects in the resource/object management center and the space in the grid data center so as to realize the space position positioning of the resources/objects, and synchronously updating the occupation information of the resources/objects and the space to the directory of the standard address system selected in the management module;
the management module is used for adding corresponding resource/object occupation information for the occupied space under the directory of the selected standard address system;
the resource/object releasing module is used for releasing the occupation relation between the resources/objects in the resource/object management center and the space in the grid data center so as to release the space position positioning of the resources/objects, and synchronously updating the release information of the resources/objects and the space under the directory of the standard address system selected in the management module;
the management module is used for deleting corresponding resource/object occupation information for the relieved space under the directory of the selected standard address system;
the resource/object changing module is used for changing the occupation relation between the resource/object in the resource/object management center and the first space in the grid data center into the occupation relation between the resource/object in the resource/object management center and the second space in the grid data center so as to realize the space position change of the resource/object, and synchronously updating the occupation information of the resource/object and the second space under the directory of the standard address system selected in the management module;
the management module is used for deleting corresponding resource/object occupation information for the first space under the directory of the selected standard address system and adding corresponding resource/object occupation information for the second space.
4. A standard address system service management method, comprising the steps of:
the standard address service center is used for a creator to create a hierarchical standard address system, defines each hierarchical structure in the standard address system, and stores the corresponding relation of the standard address system name, the standard address system identification number, the standard address system hierarchical structure, the creator identification number and the creation time;
the standard address service center is used for the creator to register the created standard address system with the address verification service center so that the address verification service center can utilize the standard address system to carry out addressing verification;
the standard address service center is used for the creator to edit the standard address system, and can directly edit the standard address system when the standard address system is not used by any calling party, and can edit the standard address system after receiving the information of agreeing to modify sent by the calling parties when the standard address system is used by some calling parties;
the standard address service center allows the creator to delete the standard address system, and can delete the standard address system only when the standard address system is not used by any calling party;
the standard address service center is used for the caller to inquire all standard address systems contained in the standard address service center, and the caller can inquire and return details of the corresponding standard address systems based on the standard address system name or standard address system identification number input by the caller;
it also comprises the following steps:
the grid data center carries out identification storage on each space in the target area by relying on a standard address system selected from the standard address service center, and synchronously updates all the identified space identification information to the directory of the standard address system selected from the standard address service center;
the grid data center performs space deletion operation, space addition operation or space identification information change operation on the identified space in the target area, and synchronously updates the space identification information of the change part in an incremental mode to the directory of the standard address system selected in the standard address service center;
the standard address service center inquires and returns all space details under the catalog of the corresponding standard address system based on the standard address system name or standard address system identification number input by the calling party;
transmitting the address to be checked to the standard address service center when the address checking service center confirms that the standard address of the address to be checked is matched;
the standard address service center stores the address to be checked as an alias of the standard address.
5. The standard address hierarchy service management method of claim 4, further comprising the steps of:
the scene management center associates the scene in the scene management center with the space in the grid data center to realize the binding of the scene and the space, synchronously updates the association information of the scene and the space to the directory of the standard address system selected in the standard address service center, and has one-to-one, one-to-many or many-to-one association relation between the scene and the space;
the standard address service center adds corresponding scene information for the associated space under the directory of the selected standard address system;
the scene management center releases the association of the scene in the scene management center and the space in the grid data center to realize the unbinding of the scene and the space, and synchronously updates the unbinding information of the scene and the space to the directory of the standard address system selected in the standard address service center;
the standard address service center deletes the corresponding scene information for the relieved space under the directory of the selected standard address system.
6. The standard address hierarchy service management method of claim 4, further comprising the steps of:
the resource/object management center defines the occupation relation between the resources/objects in the resource/object management center and the space in the grid data center to realize the space position positioning of the resources/objects, and synchronously updates the occupation information of the resources/objects and the space under the directory of the standard address system selected in the standard address service center;
the standard address service center adds corresponding resource/object occupation information for the occupied space under the directory of the selected standard address system;
the resource/object management center releases the occupation relation between the resource/object in the resource/object management center and the space in the grid data center to release the space position positioning of the resource/object, and synchronously updates the release information of the resource/object and the space under the directory of the standard address system selected in the standard address service center;
the standard address service center deletes corresponding resource/object occupation information for the released space under the directory of the selected standard address system;
the resource/object management center changes the occupation relation between the resource/object in the resource/object management center and the first space in the grid data center into the occupation relation between the resource/object in the resource/object management center and the second space in the grid data center so as to realize the space position change of the resource/object, and synchronously updates the occupation information of the resource/object and the second space under the directory of the standard address system selected in the standard address service center;
the standard address service center deletes corresponding resource/object occupation information for the first space under the directory of the selected standard address system, and adds corresponding resource/object occupation information for the second space.
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Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8301738B1 (en) * 2003-07-31 2012-10-30 Novell, Inc. Systems and methods for private network addressing in IP protocols
CN103235798A (en) * 2013-05-22 2013-08-07 江苏省邮电规划设计院有限责任公司 Method and system for storing business domain space resources of multi-source geographic grids
CN103838825A (en) * 2014-01-23 2014-06-04 北京东方泰坦科技股份有限公司 Global geographical name data integrating and encoding method
CN108430051A (en) * 2018-02-09 2018-08-21 北京天元创新科技有限公司 A kind of service activating method and equipment
CN109829028A (en) * 2019-01-30 2019-05-31 广州供电局有限公司 A kind of electric power data management system based on normal address
CN111488409A (en) * 2019-01-25 2020-08-04 阿里巴巴集团控股有限公司 City address library construction method, retrieval method and device
CN111930829A (en) * 2020-06-18 2020-11-13 中国移动通信集团内蒙古有限公司 Standard address generation method, device, equipment and medium
CN112905588A (en) * 2021-01-26 2021-06-04 广西安怡臣信息技术有限公司 Address library construction system and address query method
CN113268533A (en) * 2021-05-25 2021-08-17 广州瀚信通信科技股份有限公司 Method for making two-label data in two-label four-real data platform

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8301738B1 (en) * 2003-07-31 2012-10-30 Novell, Inc. Systems and methods for private network addressing in IP protocols
CN103235798A (en) * 2013-05-22 2013-08-07 江苏省邮电规划设计院有限责任公司 Method and system for storing business domain space resources of multi-source geographic grids
CN103838825A (en) * 2014-01-23 2014-06-04 北京东方泰坦科技股份有限公司 Global geographical name data integrating and encoding method
CN108430051A (en) * 2018-02-09 2018-08-21 北京天元创新科技有限公司 A kind of service activating method and equipment
CN111488409A (en) * 2019-01-25 2020-08-04 阿里巴巴集团控股有限公司 City address library construction method, retrieval method and device
CN109829028A (en) * 2019-01-30 2019-05-31 广州供电局有限公司 A kind of electric power data management system based on normal address
CN111930829A (en) * 2020-06-18 2020-11-13 中国移动通信集团内蒙古有限公司 Standard address generation method, device, equipment and medium
CN112905588A (en) * 2021-01-26 2021-06-04 广西安怡臣信息技术有限公司 Address library construction system and address query method
CN113268533A (en) * 2021-05-25 2021-08-17 广州瀚信通信科技股份有限公司 Method for making two-label data in two-label four-real data platform

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