CN111654554A - A kind of electronic information collection method based on wireless communication network - Google Patents
A kind of electronic information collection method based on wireless communication network Download PDFInfo
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Abstract
本发明涉及电数字数据处理技术领域，具体为一种基于无线通信网络的电子信息采集方法，包括步骤一：信息采集；步骤二：周期存贮；步骤三：信号上传；步骤四：信息下载；步骤五：信息处理；步骤六：信息再存储，有益效果为：本发明通过在采集模块内设置临时储存器，从而实现对数据进行临时储存，在不达到充分储存的前提下设置储存上限，实现周期性数据上传的目的，从而有效的避免雷雨天气等对无线通讯的影响，防止了信息的丢失；通过设置云端空间，从而避免控制器对各采集设备的监控连接，大大降低了主控制器的负担，通过云端空间的转换，提高了数据传输的安全性。
The invention relates to the technical field of electrical digital data processing, in particular to an electronic information collection method based on a wireless communication network, comprising steps 1: information collection; step 2: periodic storage; step 3: signal uploading; step 4: information downloading; Step 5: information processing; Step 6: information re-storage, the beneficial effects are: the present invention realizes the temporary storage of data by setting a temporary storage in the acquisition module, and sets a storage upper limit on the premise of not reaching sufficient storage to achieve The purpose of periodic data uploading, so as to effectively avoid the impact of thunderstorms on wireless communication, and prevent the loss of information; by setting up cloud space, the controller can avoid the monitoring connection of each acquisition device, which greatly reduces the main controller. The burden, through the conversion of cloud space, improves the security of data transmission.
Description
技术领域technical field
本发明涉及电数字数据处理技术领域，具体为一种基于无线通信网络的电子信息采集方法。The invention relates to the technical field of electrical digital data processing, in particular to an electronic information collection method based on a wireless communication network.
背景技术Background technique
电子信息采集系统是通过电子设备的信号采集模块对信息进行采集，从而将采集的信息转化为无线信号，通过无线设备上传至控制主机的，从而实现对采集信息的实时监测。The electronic information acquisition system collects information through the signal acquisition module of the electronic equipment, thereby converting the collected information into wireless signals and uploading them to the control host through the wireless equipment, thereby realizing real-time monitoring of the collected information.
然而在实际信息采集过程中，由于环境和天气的影响，采集设备与主机之间的无线连接容易受到影响，当雷雨天气时，由于雷电的影响，极容易造成无线通信的中断，从而导致信息数据采集的丢失，同时主控制器同时连接多个甚至多组采集设备，对控制器的负担较重。However, in the actual information collection process, due to the influence of the environment and weather, the wireless connection between the collection device and the host is easily affected. The loss of acquisition and the simultaneous connection of multiple or even multiple groups of acquisition devices by the main controller puts a heavy burden on the controller.
为此提供一种基于无线通信网络的电子信息采集方法，以解决信息采集数据的丢失问题和主控制器的负担过重问题。To this end, an electronic information collection method based on a wireless communication network is provided, so as to solve the problem of the loss of information collection data and the heavy burden of the main controller.
发明内容SUMMARY OF THE INVENTION
本发明的目的在于提供一种基于无线通信网络的电子信息采集方法，以解决上述背景技术中提出的问题。The purpose of the present invention is to provide a method for collecting electronic information based on a wireless communication network, so as to solve the problems raised in the above background art.
为实现上述目的，本发明提供如下技术方案：To achieve the above object, the present invention provides the following technical solutions:
一种基于无线通信网络的电子信息采集方法，该电子信息采集方法包括以下步骤：A method for collecting electronic information based on a wireless communication network, the method for collecting electronic information comprises the following steps:
步骤一：信息采集，信息采集系统的信息采集模块包括声音信息采集单元、环境信息采集单元和图像信息采集单元，声音信息采集单元主要为麦克风，图像信息采集单元的采集设备主要为摄像头，环境信息采集单元为传感器，传感器主要包括温湿度采集和光照采集，传感器、摄像头和麦克风内均设置有与采集信息种类一一对应的采集节点，节点上安装有线数据接口，各节点通过有线数据连接信息采集模块；Step 1: Information collection. The information collection module of the information collection system includes a sound information collection unit, an environmental information collection unit and an image information collection unit. The sound information collection unit is mainly a microphone, and the collection equipment of the image information collection unit is mainly a camera. The collection unit is a sensor. The sensor mainly includes temperature and humidity collection and light collection. The sensor, camera and microphone are all provided with collection nodes corresponding to the types of collected information. A wired data interface is installed on the node, and each node is connected through wired data to collect information module;
步骤二：周期存贮，步骤一中信息采集模块内设置有小型储存器，小型储存器内设置有与步骤一中各节点采集信息种类相对应的储存文件夹，信息采集模块采集的信息转化为数据信号，并将该数据信号周期性存贮在小型储存器内；Step 2: Periodic storage. In step 1, the information collection module is provided with a small storage, and the small storage is provided with a storage folder corresponding to the type of information collected by each node in step 1. The information collected by the information collection module is converted into data signal, and periodically store the data signal in a small memory;
步骤三：信号上传，信息采集系统内设置有信号发射模块，当步骤二中的信息储存达到小型储存器的储存上限时，对完整周期内采集储存的信息进行打包处理，通过信号发射模块的无线WIFI将存储的数据上传至云端空间，在上传完成后小型储存器删除清空已储存的数据信息；Step 3: Signal uploading. A signal transmission module is set in the information acquisition system. When the information storage in step 2 reaches the storage upper limit of the small memory, the information collected and stored in the complete cycle is packaged and processed through the wireless communication of the signal transmission module. WIFI uploads the stored data to the cloud space, and after the upload is completed, the small memory deletes the stored data information;
步骤四：信息下载，在步骤三完成上传后，主控制器通过数据流量实时从云端空间下载步骤三中上传的数据，并将下载的数据传输至主控制器的信号处理模块；Step 4: information download, after the uploading in step 3 is completed, the main controller downloads the data uploaded in step 3 from the cloud space in real time through data traffic, and transmits the downloaded data to the signal processing module of the main controller;
步骤五：信息处理，信息采集系统内设置有信息处理模块和信息分类模块，通过主控制器对信息处理模块和信息分类模块进行数据输入，利用信息处理模块和信息分类模块对输入的信息进行分类；Step 5: Information processing. An information processing module and an information classification module are set in the information collection system. Data is input to the information processing module and the information classification module through the main controller, and the input information is classified by the information processing module and the information classification module. ;
步骤六：信息再存储，信息采集系统内设置有储存模块，将步骤五中已分类的文件数据信息储存至主控制器的储存器内；Step 6: re-storing the information, a storage module is arranged in the information collection system, and the file data information classified in step 5 is stored in the storage of the main controller;
步骤七：信息查询，信息采集系统内设置有搜索模块，按时间或文件类型及时搜索查询的文件，搜索后的文件信息通过信息采集系统内的显示模块实时显示。Step 7: Information query. A search module is set in the information collection system to search and query files in time according to time or file type, and the searched file information is displayed in real time through the display module in the information collection system.
优选的，步骤一中所述图像信息采集单元的摄像头设备包括视频信息采集、扫码信息采集和文字扫描信息采集，所述麦克风采集声音信息。Preferably, the camera device of the image information collection unit in step 1 includes video information collection, code scanning information collection and text scanning information collection, and the microphone collects sound information.
优选的，步骤二中所述小型储存器内设置有储存上限，该储存上限为小型储存器储存量的90%，小型储存器达到储存上限的时间为一次储存周期。Preferably, in the second step, the small storage is provided with a storage upper limit, the storage upper limit is 90% of the storage capacity of the small storage, and the time when the small storage reaches the storage upper limit is one storage cycle.
优选的，步骤六中所述主控制器中的储存器内存容量大于步骤二中的小型储存器，主控制器的储存器内设置有多个存储分类文件夹。Preferably, the memory capacity of the storage in the main controller in step 6 is larger than the small storage in step 2, and a plurality of storage classification folders are arranged in the storage of the main controller.
优选的，步骤四中所述小型储存器的云端空间中登录信息和身份信息均与主控制器共享，所述主控制器内设置有信号接收模块，所述信号接收模块通过无线通讯信号连通云端主机。Preferably, the login information and identity information in the cloud space of the small storage in step 4 are shared with the main controller, and the main controller is provided with a signal receiving module, and the signal receiving module is connected to the cloud through wireless communication signals host.
优选的，步骤六中所述主控制器中的储存器和信号采集模块中的小型储存器均为储存硬盘，步骤五中所述分类的方式为时间顺序和文件类型。Preferably, the storage in the main controller and the small storage in the signal acquisition module in step 6 are both storage hard disks, and the classification method in step 5 is time sequence and file type.
与现有技术相比，本发明的有益效果是：Compared with the prior art, the beneficial effects of the present invention are:
1.本发明通过在采集模块内设置临时储存器，从而实现对数据进行临时储存，在不达到充分储存的前提下设置储存上限，实现周期性数据上传的目的，从而有效的避免雷雨天气等对无线通讯的影响，防止了信息的丢失；1. The present invention realizes the temporary storage of data by setting a temporary storage in the acquisition module, and sets a storage upper limit under the premise of not achieving sufficient storage to achieve the purpose of periodic data upload, thereby effectively avoiding thunderstorms and the like. The influence of wireless communication prevents the loss of information;
2.本发明通过设置云端空间，从而避免控制器对各采集设备的监控连接，大大降低了主控制器的负担，通过云端空间的转换，提高了数据传输的安全性。2. By setting the cloud space, the present invention avoids the monitoring connection of the controller to each acquisition device, greatly reduces the burden of the main controller, and improves the security of data transmission through the conversion of the cloud space.
附图说明Description of drawings
图1为本发明的系统图；1 is a system diagram of the present invention;
图2为本发明的采集流程图。Fig. 2 is the collection flow chart of the present invention.
具体实施方式Detailed ways
下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。The technical solutions in 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. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.
请参阅图1至图2，本发明提供一种技术方案：Please refer to FIG. 1 to FIG. 2, the present invention provides a technical solution:
一种基于无线通信网络的电子信息采集方法，该电子信息采集方法包括以下步骤：A method for collecting electronic information based on a wireless communication network, the method for collecting electronic information comprises the following steps:
步骤一：信息采集，信息采集系统的信息采集模块包括声音信息采集单元、环境信息采集单元和图像信息采集单元，声音信息采集单元主要为麦克风，图像信息采集单元的采集设备主要为摄像头，图像信息采集单元的摄像头设备包括视频信息采集、扫码信息采集和文字扫描信息采集，麦克风采集声音信息；Step 1: Information collection. The information collection module of the information collection system includes a sound information collection unit, an environmental information collection unit and an image information collection unit. The sound information collection unit is mainly a microphone, and the collection device of the image information collection unit is mainly a camera. The camera equipment of the collection unit includes video information collection, code scanning information collection and text scanning information collection, and the microphone collects sound information;
环境信息采集单元为传感器，传感器主要包括温湿度采集和光照采集，传感器、摄像头和麦克风内均设置有与采集信息种类一一对应的采集节点，节点上安装有线数据接口，各节点通过有线数据连接信息采集模块；The environmental information collection unit is a sensor. The sensor mainly includes temperature and humidity collection and light collection. The sensor, camera and microphone are all provided with collection nodes corresponding to the types of collected information. A wired data interface is installed on the node, and each node is connected by wired data. information collection module;
步骤二：周期存贮，步骤一中信息采集模块内设置有小型储存器，小型储存器内设置有与步骤一中各节点采集信息种类相对应的储存文件夹，通过节点与小型储存器内文件夹的对应，形成专一种类的信息采集网络，实现信息的独立采集和便捷分类，信息采集模块采集的信息转化为数据信号，并将该数据信号周期性存贮在小型储存器内，小型储存器内设置有储存上限，该储存上限为小型储存器储存量的90%，小型储存器达到储存上限的时间为一次储存周期；Step 2: Periodic storage. In step 1, the information acquisition module is provided with a small storage, and the small storage is provided with storage folders corresponding to the types of information collected by each node in step 1. Through the nodes and files in the small storage Corresponding to the folder, a special type of information collection network is formed to realize the independent collection and convenient classification of information. The information collected by the information collection module is converted into a data signal, and the data signal is periodically stored in a small storage. The storage upper limit is set in the storage device, the storage upper limit is 90% of the storage capacity of the small storage device, and the time for the small storage device to reach the storage upper limit is one storage cycle;
步骤三：信号上传，信息采集系统内设置有信号发射模块，当步骤二中的信息储存达到小型储存器的储存上限时，对完整周期内采集储存的信息进行打包处理，通过信号发射模块的无线WIFI将存储的数据上传至云端空间，在上传完成后小型储存器删除清空已储存的数据信息；Step 3: Signal uploading. A signal transmission module is set in the information acquisition system. When the information storage in step 2 reaches the storage upper limit of the small memory, the information collected and stored in the complete cycle is packaged and processed through the wireless communication of the signal transmission module. WIFI uploads the stored data to the cloud space, and after the upload is completed, the small memory deletes the stored data information;
步骤四：信息下载，在步骤三完成上传后，主控制器通过数据流量实时从云端空间下载步骤三中上传的数据，并将下载的数据传输至主控制器的信号处理模块，小型储存器的云端空间中登录信息和身份信息均与主控制器共享，主控制器内设置有信号接收模块，信号接收模块通过无线通讯信号连通云端主机；Step 4: Information download. After the upload is completed in Step 3, the main controller downloads the data uploaded in Step 3 from the cloud space in real time through data traffic, and transmits the downloaded data to the signal processing module of the main controller. The login information and identity information in the cloud space are shared with the main controller. The main controller is provided with a signal receiving module, and the signal receiving module communicates with the cloud host through wireless communication signals;
步骤五：信息处理，信息采集系统内设置有信息处理模块和信息分类模块，通过主控制器对信息处理模块和信息分类模块进行数据输入，利用信息处理模块和信息分类模块对输入的信息进行分类，分类的方式为时间顺序和文件类型；Step 5: Information processing. An information processing module and an information classification module are set in the information collection system. Data is input to the information processing module and the information classification module through the main controller, and the input information is classified by the information processing module and the information classification module. , the classification method is chronological order and file type;
步骤六：信息再存储，信息采集系统内设置有储存模块，主控制器中的储存器和信号采集模块中的小型储存器均为储存硬盘，将步骤五中已分类的文件数据信息储存至主控制器的储存器内，主控制器中的储存器内存容量大于步骤二中的小型储存器，主控制器的储存器内设置有多个存储分类文件夹；Step 6: Re-storing the information. A storage module is set in the information acquisition system. The storage in the main controller and the small storage in the signal acquisition module are both storage hard disks. In the storage of the controller, the memory capacity of the storage in the main controller is larger than the small storage in step 2, and the storage of the main controller is provided with a plurality of storage classification folders;
步骤七：信息查询，信息采集系统内设置有搜索模块，按时间或文件类型及时搜索查询的文件，搜索后的文件信息通过信息采集系统内的显示模块实时显示。Step 7: Information query. A search module is set in the information collection system to search and query files in time according to time or file type, and the searched file information is displayed in real time through the display module in the information collection system.
工作原理：首先通过信息采集模块首先对声音、视频、扫码信息和文字扫描信息进行采集，然后将采集的信息储存在小型储存器中，通过节点与小型储存器内文件夹的对应，形成专一种类的信息采集网络，实现信息的独立采集和便捷分类，小型储存器储存的上限为最大储存量的90%，小型储存器的储存量达到储存上限的时间为一次储存周期的时长，实现对数据进行临时储存，在不达到充分储存的前提下设置储存上限，实现周期性数据上传的目的，从而有效的避免雷雨天气等对无线通讯的影响，防止了信息的丢失。Working principle: First, the information collection module first collects sound, video, code scanning information and text scanning information, and then stores the collected information in a small storage, through the correspondence between nodes and folders in the small storage, forming a special A type of information collection network that realizes the independent collection and convenient classification of information. The upper limit of the storage capacity of the small storage is 90% of the maximum storage capacity. The data is temporarily stored, and the upper limit of storage is set under the premise of insufficient storage, so as to achieve the purpose of periodic data upload, thereby effectively avoiding the impact of thunderstorms on wireless communication and preventing the loss of information.
当信息储存达到小型储存器的储存上限时，对完整周期内采集储存的信息进行打包处理，信息采集模块通过无线WIFI将存储的数据上传至云端空间，在上传完成后小型储存器删除清空已储存的数据信息。When the information storage reaches the storage upper limit of the small storage, the information collected and stored in the complete cycle will be packaged, and the information collection module will upload the stored data to the cloud space through wireless WIFI. After the upload is completed, the small storage will be deleted and cleared. data information.
然后主控制器通过数据流量实时从云端空间下载上传的数据，并将下载的数据传输至主控制器的信号处理模块，通过设置云端空间，从而避免控制器对各采集设备的监控连接，大大降低了主控制器的负担，通过云端空间的转换，提高了数据传输的安全性。Then the main controller downloads the uploaded data from the cloud space in real time through the data flow, and transmits the downloaded data to the signal processing module of the main controller. By setting the cloud space, the monitoring connection of the controller to each acquisition device is avoided, which greatly reduces the The burden of the main controller is reduced, and the security of data transmission is improved through the conversion of cloud space.
利用信息处理模块和信息分类模块对输入的信息进行分类，主控制器中的储存器和信号采集模块中的小型储存器均为储存硬盘，将已分类的文件数据信息储存至主控制器的储存器内，利用搜索模块按时间或文件类型及时搜索查询的文件，搜索后的文件信息通过信息采集系统内的显示模块实时显示。The input information is classified by the information processing module and the information classification module. The storage in the main controller and the small storage in the signal acquisition module are both storage hard disks, and the classified file data information is stored in the storage of the main controller. In the device, the search module is used to search the queried files in time by time or file type, and the searched file information is displayed in real time through the display module in the information collection system.
尽管已经示出和描述了本发明的实施例，对于本领域的普通技术人员而言，可以理解在不脱离本发明的原理和精神的情况下可以对这些实施例进行多种变化、修改、替换和变型，本发明的范围由所附权利要求及其等同物限定。Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, and substitutions can be made in these embodiments without departing from the principle and spirit of the invention and modifications, the scope of the invention is defined by the appended claims and their equivalents.
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