CN112738274A - Android application-based unified connection and control method for intelligent equipment - Google Patents
Android application-based unified connection and control method for intelligent equipment Download PDFInfo
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- H—ELECTRICITY
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- H—ELECTRICITY
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract
The invention provides an android application-based intelligent device unified connection and control method, which adopts a combined mode of host application and multi-plug-in application to realize unified connection and control of intelligent devices; the host application at least comprises functions of equipment model browsing, plug-in application downloading and plug-in application loading; the plug-in application is customized and developed according to different equipment and is stored in a server; when the intelligent device is connected, the host application downloads the plug-in application corresponding to the intelligent device from the server and loads the plug-in application, and the connection and control functions of the intelligent device are realized through the plug-in application. Compared with the situation that one android application needs to be installed for connection and control in the traditional intelligent device with one model, the method and the system support one android application to connect and control various intelligent devices, greatly reduce the use complexity in the scene of connection and control of the intelligent devices, and greatly improve the user experience.
Description
Technical Field
The invention relates to the field of connection and control of intelligent equipment in android application, in particular to a unified connection and control method of intelligent equipment based on the android application.
Background
Along with the continuous development of information technology, the daily life is gradually merged into in the digitization, and various smart devices such as smart watch, bluetooth headset, smart glasses receive people's welcome more and more, and these equipment provide abundant function, extension life style through being connected with android mobile phone.
However, with the increase of the intelligent devices, the applications for controlling the devices on the android mobile phone are more and more, and even the situation that each type of intelligent device needs one android application for connection and control occurs, so that the connection and control complexity of the intelligent device is greatly increased, and the user experience is reduced.
Disclosure of Invention
In order to solve the technical problems, the invention provides a unified connection and control method for intelligent equipment based on android application, and aims to solve the technical problems that the intelligent equipment is complex to use and user experience is unfriendly due to the fact that each type of intelligent equipment needs one android application for connection control at present.
The invention discloses a unified connection and control method of intelligent equipment based on android application, which is characterized in that the unified connection and control of the intelligent equipment are realized by adopting a combined mode of host application and multi-plug-in application, wherein the host application realizes main functions of equipment model browsing, plug-in application downloading, plug-in application loading and the like, the plug-in application is subjected to customized development according to different equipment and is stored in a server, when the intelligent equipment is connected, the host application downloads and loads the plug-in application corresponding to the intelligent equipment from the server, and the connection and control functions of the intelligent equipment are realized through the plug-in application.
Specifically, the method for uniformly connecting and controlling the intelligent equipment based on the android application comprises the following steps:
s1, developing host application;
the host application is suitable for an android system or an IOS system, at least comprises an equipment model browsing module, a plug-in application downloading module and a plug-in application loading module, and at least realizes the functions of equipment model browsing, plug-in application downloading and plug-in application loading;
the mobile phone also comprises a plug-in application detection module, wherein the plug-in application detection module is used for detecting whether plug-in application of a specified device model or a certain device model exists in a specified directory of the mobile phone;
the host application is installed on the smart phone;
s2, according to the intelligent devices of different models, different plug-in applications are customized and developed, and the connection and control functions of the intelligent devices of corresponding models are realized;
the intelligent equipment is intelligent wearable equipment, intelligent household equipment, intelligent industrial equipment, intelligent traffic equipment, intelligent life health monitoring equipment and the like;
the intelligent wearable device comprises various hardware devices capable of realizing the internet of things, such as a Bluetooth headset, intelligent glasses, an intelligent watch, an intelligent bracelet and the like;
the intelligent home comprises various home devices capable of realizing internet of things, such as an intelligent refrigerator, an intelligent air conditioner, an intelligent door lock, an intelligent washing machine, an intelligent fresh air system, intelligent lighting equipment, intelligent power supply equipment and the like;
the intelligent industrial equipment comprises various industrial equipment capable of realizing the internet of things, such as intelligent power supply, a PLC control system, intelligent monitoring, intelligent logistics and the like;
the intelligent traffic equipment comprises equipment which can be applied to traffic control and can realize the Internet of things, such as intelligent monitoring and grabbing equipment, intelligent video acquisition equipment, intelligent traffic monitoring equipment and the like;
the intelligent life health monitoring equipment comprises monitoring equipment which can acquire relevant indexes and characteristics of a body and can be based on the Internet of things.
Storing the plug-in application file to a server;
the server is installed on a server, and the server is accessed to a network;
storing the plug-in applications corresponding to the intelligent devices of different models developed in the step S2 in a directory specified by the server;
the server has the function of accessing and calling the server appointed directory;
s4, selecting to download the corresponding plug-in application and storing the plug-in application to the specified directory, including the following substeps:
s41, browsing the name of the device model which can be selected and supported by using a device model browsing module, and selecting the device model which needs to be used; each equipment model name corresponds to a corresponding plug-in application;
s42, the host application calls a plug-in application detection module to detect whether the plug-in application corresponding to the equipment model name selected in the step S41 exists in the mobile phone specified directory;
if the plug-in application does not exist, the host application calls a plug-in application downloading function and stores the downloaded plug-in application into a specified file directory; the host application calls the plug-in application detection module again to detect whether the plug-in application corresponding to the selected equipment model name exists in the appointed directory of the mobile phone or not until the application detection module detects the plug-in application corresponding to the equipment model needing to be downloaded in the appointed directory;
and S5, the host application loads the plug-in application, and the connection and control functions of the intelligent equipment of the model are realized through the plug-in application.
When the application detection module detects the plug-in application corresponding to the device model selected in the step S41 in the designated directory; and the host application calls the plug-in application loading module to load the corresponding plug-in application under the specified file directory, and then the connection and control functions of the intelligent equipment of the type are realized through the plug-in application.
Has the advantages that: the invention realizes the unified connection and control of intelligent equipment through a host application and multi-plug-in application mode, wherein the host application realizes the main functions of equipment model browsing, plug-in application downloading, plug-in application loading and the like, the plug-in application is developed in a customized mode according to different equipment and is stored in a server, when the intelligent equipment is connected, the host application downloads and loads the plug-in application corresponding to the intelligent equipment from the server, and the connection and control functions of the intelligent equipment are realized through the plug-in application. Compared with the situation that one android application needs to be installed for connection and control in the traditional intelligent device with one model, the method and the system support one android application to connect and control various intelligent devices, greatly reduce the use complexity in the scene of connection and control of the intelligent devices, and greatly improve the user experience.
Drawings
FIG. 1 is a schematic flow diagram of the present invention;
FIG. 2 is a schematic diagram of the application structure of the host of the present invention.
Detailed Description
Example 1: as shown in fig. 2, a unified connection and control method for intelligent devices based on android application is characterized in that a combined mode of host application and multi-plug-in application is adopted to realize unified connection and control of the intelligent devices, wherein the host application realizes main functions of device model browsing, plug-in application downloading, plug-in application loading and the like, the plug-in application is subjected to customized development according to different devices and is stored in a server, when the intelligent devices are connected, the host application downloads and loads the plug-in application corresponding to the intelligent devices from the server, and the connection and control functions of the intelligent devices are realized through the plug-in application.
Compared with the situation that one android application needs to be installed for connection and control in the traditional intelligent device with one model, the method and the system support one android application to connect and control various intelligent devices, greatly reduce the use complexity in the scene of connection and control of the intelligent devices, and greatly improve the user experience.
Example 2: as shown in fig. 1, a unified connection and control method for an intelligent device based on android application includes the following steps:
s1, developing host application;
the host application is suitable for the android system, at least comprises an equipment model browsing module, a plug-in application downloading module and a plug-in application loading module, and at least realizes the functions of equipment model browsing, plug-in application downloading and plug-in application loading;
the equipment model browsing module is used for browsing the models of the intelligent equipment, and the model of each intelligent equipment corresponds to one or more plug-in applications; the plug-in application downloading module is used for downloading plug-in application; the plug-in application loading module is used for loading the downloaded plug-in application;
the mobile phone also comprises a plug-in application detection module, wherein the plug-in application detection module is used for detecting whether plug-in application of a specified device model or a certain device model exists in a specified directory of the mobile phone;
the host application is installed on the smart phone; further, the host application is installed on a smart phone of an android system or a smart phone of an IOS system.
According to the intelligent equipment with different models, different plug-in applications are developed in a customized manner, and the connection and control functions of the intelligent equipment with corresponding models are realized;
the intelligent equipment is intelligent wearable equipment, andor intelligent household equipment, andor intelligent industrial equipment, andor intelligent traffic equipment, andor intelligent life health monitoring equipment and the like; and each intelligent device corresponds to a corresponding model and plug-in application.
Furthermore, the intelligent wearable device comprises various hardware devices capable of realizing internet of things, such as a Bluetooth headset, intelligent glasses, an intelligent watch, an intelligent bracelet and the like; each intelligent wearable device corresponds to a corresponding model and a corresponding plug-in application;
the intelligent home comprises various home devices capable of realizing internet of things, such as an intelligent refrigerator, an intelligent air conditioner, an intelligent door lock, an intelligent washing machine, an intelligent fresh air system, intelligent lighting equipment, intelligent power supply equipment and the like; each intelligent household device corresponds to a corresponding model and a corresponding plug-in application;
the intelligent industrial equipment comprises various industrial equipment capable of realizing the internet of things, such as intelligent power supply, a PLC control system, intelligent monitoring, intelligent logistics and the like; each intelligent industrial device corresponds to a corresponding model and plug-in application;
the intelligent traffic equipment comprises equipment which can be applied to traffic control and can realize the Internet of things, such as intelligent monitoring and grabbing equipment, intelligent video acquisition equipment, intelligent traffic monitoring equipment and the like; each intelligent transportation device corresponds to a corresponding model and plug-in application;
the intelligent life health monitoring equipment comprises monitoring equipment which can acquire relevant indexes and characteristics of a body and can be based on the Internet of things. And each intelligent life health monitoring device corresponds to a corresponding model and plug-in application.
Storing the plug-in application file to a server;
the server is installed on a server, and the server is accessed to a network;
storing the plug-in applications corresponding to the intelligent devices of different models developed in the step S2 in a directory specified by the server;
the server has the function of accessing and calling the server appointed directory;
s4, selecting to download the corresponding plug-in application and storing the plug-in application to the specified directory, including the following substeps:
the host application accesses the network and communicates with the server; the intelligent equipment communicates with the host application through Bluetooth or a network;
s41, browsing the name of the device model which can be selected and supported by using a host application device model browsing module, and selecting the device model which needs to be used; each equipment model name corresponds to a corresponding plug-in application;
s42, the host application calls a plug-in application detection module to detect whether the plug-in application corresponding to the equipment model name selected in the step S41 exists in the mobile phone specified directory;
if the plug-in application does not exist, the host application calls a plug-in application downloading function and stores the downloaded plug-in application into a specified file directory; the host application calls the plug-in application detection module again to detect whether the plug-in application corresponding to the selected equipment model name exists in the appointed directory of the mobile phone or not until the application detection module detects the plug-in application corresponding to the equipment model needing to be downloaded in the appointed directory;
and S5, the host application loads the plug-in application, and the connection and control functions of the intelligent equipment of the model are realized through the plug-in application.
When the application detection module detects the plug-in application corresponding to the device model selected in the step S41 in the designated directory; the host application calls a plug-in application loading module to load the corresponding plug-in application under the appointed file directory;
compared with the situation that one android application needs to be installed for connection and control in the traditional intelligent device with one model, the method and the system support one android application to connect and control various intelligent devices, greatly reduce the use complexity in the scene of connection and control of the intelligent devices, and greatly improve the user experience.
Example 3: the embodiment also provides an IOS application-based intelligent device unified connection and control method, which is characterized in that a combined mode of host application and multi-plug-in application is adopted to realize the unified connection and control of the intelligent device, wherein the host application realizes main functions of device model browsing, plug-in application downloading, plug-in application loading and the like, the plug-in application is subjected to customized development according to different devices and is stored in a server, when the intelligent device is connected, the host application downloads and loads the plug-in application corresponding to the intelligent device from the server, and the connection and control functions of the intelligent device are realized through the plug-in application.
Example 4: the difference between the embodiment and the embodiment 2 is that an IOS application-based intelligent device unified connection and control method is provided, and the intelligent device unified connection and control is realized by taking an ISO system as a basic platform.
Claims (4)
1. An android application-based intelligent device unified connection and control method is characterized by comprising the following steps: the method adopts a combined mode of host application and multi-plug-in application to realize unified connection and control of intelligent equipment; the host application at least comprises functions of equipment model browsing, plug-in application downloading and plug-in application loading; the plug-in application is customized and developed according to different equipment and is stored in a server; when the intelligent device is connected, the host application downloads the plug-in application corresponding to the intelligent device from the server and loads the plug-in application, and the connection and control functions of the intelligent device are realized through the plug-in application.
2. The android application based smart device unified connection and control method according to claim 1, characterized by comprising the steps of:
s1, developing host application;
the host application is suitable for an android system or an IOS system, at least comprises an equipment model browsing module, a plug-in application downloading module and a plug-in application loading module, and at least realizes the functions of equipment model browsing, plug-in application downloading and plug-in application loading; the host application is installed on the smart phone;
s2, according to the intelligent devices of different models, different plug-in applications are customized and developed, and the connection and control functions of the intelligent devices of corresponding models are realized;
s3, saving the plug-in application file to a server;
the server is installed on a server, the server is accessed to a network, and the server has the function of accessing and calling a server-specified directory;
storing the plug-in applications corresponding to the intelligent devices of different models developed in the step S2 in a directory specified by the server;
s4, selecting to download corresponding plug-in application, and storing the plug-in application to a specified directory;
browsing the name of the device model which can be selected and supported by using a device model browsing module, and selecting the device model which needs to be used; each equipment model name corresponds to a corresponding plug-in application;
and S5, the host application loads the plug-in application, and the connection and control functions of the intelligent equipment of the model are realized through the plug-in application.
3. The android application based intelligent device unified connection and control method according to claim 2, characterized in that: step S1 further includes a plugin application detection module, where the plugin application detection module is configured to detect whether a plugin application of a specified device model or a certain device model exists in a specified directory of the mobile phone;
step S4, including the following substeps:
s41, browsing the name of the device model which can be selected and supported by using a device model browsing module, and selecting the device model which needs to be used; each equipment model name corresponds to a corresponding plug-in application;
s42, the host application calls a plug-in application detection module to detect whether the plug-in application corresponding to the equipment model name selected in the step S41 exists in the mobile phone specified directory;
if the plug-in application does not exist, the host application calls a plug-in application downloading function and stores the downloaded plug-in application into a specified file directory; the host application calls the plug-in application detection module again to detect whether the plug-in application corresponding to the selected equipment model name exists in the appointed directory of the mobile phone or not until the application detection module detects the plug-in application corresponding to the equipment model needing to be downloaded in the appointed directory;
step S5 further includes, when the application detection module detects the plug-in application corresponding to the device model selected in step S41 in the designated directory; and the host application calls the plug-in application loading module to load the corresponding plug-in application under the specified file directory.
4. The android application based intelligent device unified connection and control method according to claim 2, characterized in that: the intelligent equipment is intelligent wearable equipment, intelligent household equipment, intelligent industrial equipment, intelligent traffic equipment and intelligent life health monitoring equipment;
the intelligent wearable device comprises a Bluetooth earphone, intelligent glasses, an intelligent watch and an intelligent bracelet;
the intelligent home comprises an intelligent refrigerator, an intelligent air conditioner, an intelligent door lock, an intelligent washing machine, an intelligent fresh air system, intelligent lighting equipment and intelligent power supply equipment;
the intelligent industrial equipment comprises intelligent power supply, a PLC control system, intelligent monitoring equipment and intelligent logistics equipment;
the intelligent traffic equipment comprises intelligent monitoring and grabbing equipment, intelligent video acquisition equipment and intelligent traffic monitoring equipment;
the intelligent life health monitoring equipment comprises monitoring equipment which can acquire relevant indexes and characteristics of a body and can be based on the Internet of things.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104360884A (en) * | 2014-11-18 | 2015-02-18 | 久邦计算机技术（广州）有限公司 | Plug-in resource packet loading method based on Android system |
| CN104360598A (en) * | 2014-10-23 | 2015-02-18 | 四川长虹电器股份有限公司 | HTML5 based intelligent household movement control system and method |
| CN105553959A (en) * | 2015-12-11 | 2016-05-04 | Tcl集团股份有限公司 | Remote control method and system capable of dynamically generating intelligent device operation interface |
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- 2021-01-24 CN CN202110092446.1A patent/CN112738274A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104360598A (en) * | 2014-10-23 | 2015-02-18 | 四川长虹电器股份有限公司 | HTML5 based intelligent household movement control system and method |
| CN104360884A (en) * | 2014-11-18 | 2015-02-18 | 久邦计算机技术（广州）有限公司 | Plug-in resource packet loading method based on Android system |
| CN105553959A (en) * | 2015-12-11 | 2016-05-04 | Tcl集团股份有限公司 | Remote control method and system capable of dynamically generating intelligent device operation interface |
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