An electronic product tracking, monitoring and management system

Abstract

The present invention relates to the technical field of electronic product management, and in particular to an electronic product tracking, monitoring and management system, comprising a server, a mobile phone terminal and a wearable terminal, wherein the server comprises a database, a model building module and a room location information generating module, and the wearable terminal comprises a scanning module, wherein model library information is stored in the database; the scanning module is used to scan the room, form a scanning path, and send the scanning path information to the database of the server for storage; the model building module is used to generate room model information according to the scanning path information in the database combined with the model library information; the room location information generating module is used to obtain the positioning information of the mobile phone terminal, and generate the room location information of the mobile phone terminal in combination with the room model information, thereby solving the problem that it is very troublesome to quickly search for a mobile phone, and the present invention is mainly used for tracking and finding a mobile phone at home.

Description

Technical Field

[0001] The present invention relates to the technical field of electronic product management, and in particular to an electronic product tracking, monitoring and management system. Background Art

[0002] With the continuous advancement of social science and technology, people's demand for electronic products is increasing. In today's society, mobile phones, as the most widely used electronic products, play a very important role in work, study or life. Therefore, people often rely on mobile phones.

[0003] People often forget their mobile phones. For example, when they are at home, they put their mobile phones somewhere because of some delays. Afterwards, they forget where they put their mobile phones. At this time, they may need to spend time to find them, which is very troublesome. And sometimes when time is tight (such as when you suddenly can't find your mobile phone when you go out to work) and you have to use your mobile phone, finding your mobile phone becomes a considerable problem. Therefore, fast search of mobile phones is an urgent problem to be solved. Summary of the invention

[0004] The purpose of the present invention is to provide an electronic product tracking, monitoring and management system to solve the problem that quick search by mobile phone is very troublesome.

[0005] To solve the above technical problems, the basic scheme of the present invention is as follows:

[0006] An electronic product tracking monitoring management system includes a server and a mobile terminal, and also includes a wearable terminal, the server includes a database, a model building module and a room location information generating module, the wearable terminal includes a scanning module, and the database stores model library information;

[0007] Scanning module: used to scan the room, form a scanning path, and send the scanning path information to the server database for storage;

[0008] Model building module: used to generate room model information based on the scanning path information in the database and the model library information;

[0009] Room location information generation module: used to obtain the positioning information of the mobile terminal and generate the room location information of the mobile terminal in combination with the room model information.

[0010] The scanning module can scan the scanning path of each room. Through the scanning path, the model building module can build the framework model of each room (i.e., room model information). After the framework model of each room is built, the room location information generation module can generate the specific location of the mobile phone terminal in the room model, so as to facilitate the tracking and finding of the mobile phone terminal and solve the problem of very troublesome quick search of the mobile phone.

[0011] Furthermore, the server also includes an origin acquisition module and a three-dimensional coordinate establishment module;

[0012] Origin acquisition module: used to obtain the coordinate origin information of the room;

[0013] Three-dimensional coordinate establishment module: used to establish the three-dimensional coordinates of the room based on the coordinate origin information;

[0014] Scanning module: used to scan the room in sequence from the coordinate origin to form a scanning path, and send the scanning path information to the database of the server for storage. The scanning path information is a three-dimensional path including the xyz axis.

[0015] By establishing a three-dimensional scanning path, the paths of each floor of some multi-story buildings can also be scanned and models of each room in the multi-story buildings can be established, which is more conducive to the search for mobile phone terminals.

[0016] Furthermore, the wearable terminal further includes an object measurement module, and the server further includes an object analysis module;

[0017] Object measurement module: used to measure the size of an object, generate the object's measurement size information, and send it to the database for storage;

[0018] Object analysis module: used to analyze the type of object based on the object's measurement size information and the object's placement;

[0019] Model building module: also used to retrieve the corresponding model in the model library information according to the measured size information of the object and the type of the object, and generate object model information;

[0020] Room location information generation module: used to obtain the positioning information of the mobile phone terminal, and generate the room location information of the mobile phone terminal by combining the room model information and the object model information.

[0021] In this way, objects in the room can also be built one by one, such as sofas, beds, bedside tables, etc., which can be visually built in the room model. And the room location information generated by the mobile terminal includes the room and objects, which is more convenient for users to find, such as the bedside table in the master bedroom.

[0022] Furthermore, the database also stores object type information, size information corresponding to each object, size threshold information corresponding to each object, and position placement relationship information of each object;

[0023] Object analysis module: By comparing the measured size information of the object with the size information of each object in the database, if the measured size information is within the size threshold information range of the corresponding object, the type of the object is preliminarily determined, and then the placement position of the measured object is compared with the position placement relationship information of the corresponding object in the database. If the position placement relationship of the objects is the same, the type of the object is analyzed.

[0024] Each object has a certain size range, so as long as it is within this range, the type of the object can be preliminarily confirmed. In order to make the analysis more accurate, the position of the object can be added. For example, if the bedside table is located on both sides of the bed, as long as the object is placed like this, it can be determined that the object is a bedside table. In this way, the type of the object can be determined more accurately.

[0025] Furthermore, the wearable terminal also includes a model correction module;

[0026] Model correction module: used for users to correct the generated room model and object model according to the model library information, and send the corrected room model information and object model information to the database for storage.

[0027] Through the model correction module, users can customize the correction of room models and object models to make them more accurate.

[0028] Furthermore, the wearable terminal also includes a naming module;

[0029] Naming module: used for users to name each room in the generated room model;

[0030] The position placement relationship information includes the position relationship between objects and the position relationship between objects and rooms.

[0031] The naming module can name each room, such as master bedroom, second bedroom, etc. The positional relationship between objects is such as the relationship between a bed and a bedside table; the positional relationship between objects and rooms is such as the bedside table in the master bedroom.

[0032] Furthermore, the scanning module forms a scanning path by scanning the room along the edges, and sends the scanning path information to the database of the server for storage.

[0033] Edge scanning means scanning along the walls of each room. The room model established in this way will be more accurate.

[0034] Furthermore, the model library information includes various types of object model information and wall model information corresponding to the scanning path.

[0035] Furthermore, the wearable terminal also includes a location information acquisition module;

[0036] Location information acquisition module: used to obtain the room location information of the mobile terminal.

[0037] In this way, when the user needs to find the mobile phone, the location of the mobile phone at this time can be obtained through the location information acquisition module, helping the user to find the mobile phone quickly. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] Figure 1 The present invention is a schematic block diagram of an electronic product tracking, monitoring and management system embodiment. DETAILED DESCRIPTION

[0039] The following is further described in detail through specific implementation methods:

[0040] The embodiment is basically as shown in the attached Figure 1 As shown:

[0041] An electronic product tracking, monitoring and management system includes a server, a mobile terminal and a wearable terminal. The wearable terminal in this embodiment is a smart watch. The server includes a database, a model building module, a room location information generation module, an origin acquisition module, a three-dimensional coordinate building module and an object analysis module. The wearable terminal includes an origin selection module, a scanning module, a model correction module, an object measurement module, a naming module and a location information acquisition module. The database stores model library information, object type information, size information corresponding to each object, size threshold information corresponding to each object and position placement relationship information of each object; the model library information includes various types of object model information and wall model information corresponding to the scanning path.

[0042] Origin selection module: used for users to select a point in the room as the coordinate origin information and send it to the server database.

[0043] Origin acquisition module: used to obtain the coordinate origin information of the room from the database.

[0044] Three-dimensional coordinate establishment module: used to establish the three-dimensional coordinates of the room based on the coordinate origin information. The three-dimensional coordinates are xyz three-axis coordinates.

[0045] Scanning module: used to scan the room from the coordinate origin along the edge in sequence to form a scanning path, and send the scanning path information to the server database for storage. The scanning path information is a three-dimensional path including the xyz axis.

[0046] Object measurement module: used to measure the size of an object, generate the object's measurement size information, and send it to the database for storage.

[0047] Object analysis module: By comparing the measured size information of the object with the size information of each object in the database, if the measured size information is within the size threshold information range of the corresponding object, the type of the object is preliminarily determined, and then the placement position of the measured object is compared with the position placement relationship information of the corresponding object in the database. If the position placement relationship of the objects is the same, the type of the object is analyzed.

[0048] Size threshold information, such as the size threshold information of a wardrobe, is set as: 100 cm to 600 cm in length; 50 cm to 100 cm in width; 100 cm to 250 cm in height; the size threshold information of other objects can be obtained by collecting relevant size data on the Internet and imported into the database, which will not be elaborated here.

[0049] The position placement relationship information of objects includes the position relationship between objects and the position relationship between objects and rooms. For example, the position relationship between a bed and a bedside table is that the bedside tables are located on both sides of the bedside; the position relationship between an object and a room is that the bedside tables are located in the master bedroom. For example, in determining the bedside table, as long as the size of the measured object (bedside table) meets the size of the bedside table and is placed on both sides of the bedside in the master bedroom, the analysis module can determine that the measured object is a bedside table.

[0050] Model building module: used to generate a room model according to the scanning path information in the database and the wall model information corresponding to the scanning path in the model library information (this room model only contains walls, and each room is separated by walls, which is equivalent to the frame of the room), and according to the measured size information and type of objects in the room, retrieve the corresponding model in the model library information, and generate an object model at the measurement position in the room (this object model is an object model generated at the measurement position in the room).

[0051] Model correction module: used for users to correct the generated room model and object model according to the model library information, and send the corrected room model information and object model information to the database for storage.

[0052] Naming module: used for users to name each room in the generated room model, such as master bedroom, second bedroom, living room, etc.

[0053] Room location information generation module: used to obtain the positioning information of the mobile terminal, and generate the room location information of the mobile terminal in combination with the room model information and the object model information (the positioning information of the mobile terminal is the positioning information in the room, which is also the three-dimensional positioning information of the xyz axis).

[0054] Location information acquisition module: used to obtain the room location information of the mobile terminal.

[0055] The specific usage scenarios are as follows:

[0056] When the user wants to find his forgotten mobile phone more conveniently and quickly in the future, he can first use the smart watch to select a coordinate origin of the entire house. The origin selection module will send the selected coordinate origin to the server database for storage. The origin acquisition module will obtain the coordinate origin, and the three-dimensional coordinate establishment module will establish a three-dimensional coordinate system of the entire house based on the origin.

[0057] After the coordinate system is established, the user can hold the smart watch, start from a corner of the house, and walk along the wall to ensure that the wall of each room is walked. At this time, the scanning module will draw a scanning path according to the user's walking path. The scanning path will be combined with the wall model information corresponding to the scanning path in the model library information by the model building module to generate a room model. At this time, the room model is the framework model of each room formed by walls. At this time, the user can name each room separated by a wall, such as master bedroom, second bedroom, living room, etc.

[0058] After the room model is established, the objects in the room will be modeled. At this time, you only need to use the smart watch to measure the length, width, height or radius of the objects in the room through the object measurement module. The measured data will be analyzed by the object analysis module for the type of object. For example, when an object with a length of 2 meters, a width of 1.8 meters and a height of 1 meter is obtained, the object analysis module will compare the size threshold information of all objects in the database, and the size of the object is most consistent with the object of the bed, so the position placement relationship of the object will continue to be determined. The object is in the master bedroom, so it can be analyzed that the object is a bed. If there are already determined objects on the side of the object, such as bedside tables and other objects with position placement relationships as references, and the position placement relationship of the bedside tables includes: the bedside tables are located on both sides of the bed. The side of the object is also a bedside table, that is, the position placement relationship of the object is consistent, and the object can be further determined to be a bed.

[0059] After the object type is analyzed, the model building module will retrieve the corresponding model in the model library information according to the analyzed object, and generate the object model at the measured position in the room. When all objects are analyzed and built, the model of the entire house is completed.

[0060] If the user is not satisfied with the style or size of the generated model, the room model and object model can be modified by the model correction module with reference to the model in the model library. After the modification is completed, it is stored in the database as a three-dimensional map for finding the mobile phone terminal. At this time, the room location information generation module can generate the room location information of the mobile phone terminal based on the positioning information of the mobile phone terminal and combined with the room model information and object model information. For example, the generated room location information is: the mobile phone is located on the bedside table in the master bedroom. The location information is clearly stated directly, and the user can find it directly without spending too much time looking for the mobile phone.

[0061] When the user forgets where the mobile phone is placed in the house, the location information acquisition module can be used to obtain the room location information of the mobile phone at this time, helping the user to quickly find the mobile phone.

[0062] The above is only an embodiment of the present invention. The common sense such as the known specific structure and characteristics in the scheme is not described in detail here. The ordinary technicians in the relevant field know all the common technical knowledge in the technical field of the invention before the application date or priority date, can obtain all the existing technologies in the field, and have the ability to apply the conventional experimental means before that date. The ordinary technicians in the relevant field can improve and implement this scheme in combination with their own abilities under the enlightenment given by this application. Some typical known structures or known methods should not become obstacles for ordinary technicians in the relevant field to implement this application. It should be pointed out that for those skilled in the art, without departing from the structure of the present invention, several deformations and improvements can be made, which should also be regarded as the protection scope of the present invention, which will not affect the effect of the implementation of the present invention and the practicality of the patent. The protection scope required by this application shall be based on the content of its claims, and the specific embodiments and other records in the specification can be used to explain the content of the claims.

Claims

1. An electronic product tracking, monitoring and management system, comprising a server and a mobile terminal, characterized in that: It also includes a wearable terminal, the server includes a database, a model building module and a room location information generating module, the wearable terminal includes a scanning module, and the database stores model library information; Scanning module: used to scan the room, form a scanning path, and send the scanning path information to the server database for storage; Model building module: used to generate room model information based on the scanning path information in the database and the model library information; Room location information generation module: used to obtain the positioning information of the mobile terminal and generate the room location information of the mobile terminal in combination with the room model information.

2. The electronic product tracking, monitoring and management system according to claim 1, characterized in that: The server also includes an origin acquisition module and a three-dimensional coordinate establishment module; Origin acquisition module: used to obtain the coordinate origin information of the room; Three-dimensional coordinate establishment module: used to establish the three-dimensional coordinates of the room based on the coordinate origin information; Scanning module: used to scan the room in sequence from the coordinate origin to form a scanning path, and send the scanning path information to the database of the server for storage. The scanning path information is a three-dimensional path including the xyz axis.

3. The electronic product tracking, monitoring and management system according to claim 1, characterized in that: The wearable terminal further includes an object measurement module, and the server further includes an object analysis module; Object measurement module: used to measure the size of an object, generate the object's measurement size information, and send it to the database for storage; Object analysis module: used to analyze the type of object based on the object's measurement size information and the object's placement; Model building module: also used to retrieve the corresponding model in the model library information according to the measured size information of the object and the type of the object, and generate object model information; Room location information generation module: used to obtain the positioning information of the mobile phone terminal, and generate the room location information of the mobile phone terminal by combining the room model information and the object model information.

4. The electronic product tracking, monitoring and management system according to claim 3, characterized in that: The database also stores object type information, size information corresponding to each object, size threshold information corresponding to each object, and position placement relationship information of each object; Object analysis module: By comparing the measured size information of the object with the size information of each object in the database, if the measured size information is within the size threshold information range of the corresponding object, the type of the object is preliminarily determined, and then the placement position of the measured object is compared with the position placement relationship information of the corresponding object in the database. If the position placement relationship of the objects is the same, the type of the object is analyzed.

5. The electronic product tracking, monitoring and management system according to claim 3, characterized in that: The wearable terminal also includes a model correction module; Model correction module: used for users to correct the generated room model and object model according to the model library information, and send the corrected room model information and object model information to the database for storage.

6. The electronic product tracking, monitoring and management system according to claim 4, characterized in that: The wearable terminal also includes a naming module; Naming module: used for users to name each room in the generated room model; The position placement relationship information includes the position relationship between objects and the position relationship between objects and rooms.

7. The electronic product tracking, monitoring and management system according to claim 1, characterized in that: The scanning module forms a scanning path by scanning the room along the edges, and sends the scanning path information to the database of the server for storage.

8. The electronic product tracking, monitoring and management system according to claim 1, characterized in that: The model library information includes various types of object model information and wall model information corresponding to the scanning path.

9. The electronic product tracking, monitoring and management system according to claim 1, characterized in that: The wearable terminal also includes a location information acquisition module; Location information acquisition module: used to obtain the room location information of the mobile terminal.

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