技术领域technical field
本发明涉及安防技术领域，尤其涉及一种基于WiFi的智能监测方法、装置及系统。The invention relates to the field of security technology, in particular to a WiFi-based intelligent monitoring method, device and system.
背景技术Background technique
传统的报警系统一般采用的形式为摄像头监测报警或者红外报警器监测报警，摄像头通过动态检测技术或者是红外报警器检测到人体移动信息，该信息上报给中控系统，中控系统分析是否有陌生人入侵，如果是则启动外围警戒设备，拉响警报。不管传统还是非传统的报警系统，采用的都是报警采集探头获取报警数据，之后通过中控设备发送给对应的设备，用户为了达到防盗的目的需要购买相应的探头设备，一方面不仅会增加用于的成本，另一方面还会引起摄像头监控引入的用户隐私泄露问题和红外报警的漏报问题，安全隐患比较大。The traditional alarm system generally adopts the form of camera monitoring alarm or infrared alarm monitoring alarm. The camera detects human body movement information through dynamic detection technology or infrared alarm. The information is reported to the central control system, and the central control system analyzes whether there are unfamiliar People intrude, if so, start the peripheral warning equipment and sound the alarm. Regardless of the traditional or non-traditional alarm system, the alarm acquisition probe is used to obtain the alarm data, and then sent to the corresponding device through the central control device. In order to achieve the purpose of anti-theft, the user needs to purchase the corresponding probe device. On the one hand, it will not only increase the cost On the other hand, it will cause the leakage of user privacy introduced by the camera monitoring and the missing report of the infrared alarm, which poses a relatively large security risk.
发明内容Contents of the invention
本发明所要解决的技术问题是针对上述现有技术的不足，提供一种基于WiFi的智能监测方法、装置及系统。The technical problem to be solved by the present invention is to provide a WiFi-based intelligent monitoring method, device and system for the deficiencies of the above-mentioned prior art.
本发明解决上述技术问题的技术方案如下：The technical scheme that the present invention solves the problems of the technologies described above is as follows:
根据本发明的一个方面，提供了一种基于WiFi的智能监测方法，包括如下步骤：According to one aspect of the present invention, a kind of intelligent monitoring method based on WiFi is provided, comprising the following steps:
步骤1：检测预警区域内的wifi信号强度值并判断其是否在预设信号强度范围内，如果是，则不做任何处理，进入下一轮检测；否则，设定第一计时周期开始计时，并进入步骤2；Step 1: Detect the wifi signal strength value in the early warning area and judge whether it is within the preset signal strength range. If so, do not do any processing and enter the next round of detection; otherwise, set the first timing cycle to start timing, and go to step 2;
步骤2：在所述第一计时周期内对预警区域内wifi信号强度值超出预设信号强度范围的次数进行计数，将计数值记为预警次数count；Step 2: Count the number of times that the wifi signal strength value in the early warning area exceeds the preset signal strength range in the first timing period, and record the count value as the number of warning times count;
步骤3：当第一计时周期结束时判断当前预警次数count是否大于第一计时周期内的告警次数阈值，如果是，则发送提示信息并显示；否则，对预警次数count清零，返回步骤1并进入下一轮检测。Step 3: When the first timing period ends, judge whether the current number of warning times count is greater than the threshold value of the number of warning times in the first timing period, if yes, send a prompt message and display it; otherwise, clear the number of warning times count, return to step 1 and Enter the next round of testing.
依据本发明的另一个方面，提供了一种基于WiFi的智能监测装置，包括智能WiFi AP，所述智能WiFi AP包括MCU、计数器和第一定时器。According to another aspect of the present invention, a WiFi-based smart monitoring device is provided, including a smart WiFi AP, and the smart WiFi AP includes an MCU, a counter and a first timer.
所述MCU用于检测预警区域内wifi信号强度值并判断预警区域内wifi信号强度值是否在预设信号强度范围内，如果是，则不做任何处理，进入下一轮检测，否则触发所述第一定时器设定第一技术周期并开始计时；还用于在第一计时周期结束时判断当前预警次数count是否大于告警次数阈值，如果是，则发送提示信息并显示，否则不做任何处理。The MCU is used to detect the wifi signal strength value in the early warning area and judge whether the wifi signal strength value in the early warning area is within the preset signal strength range, and if so, do nothing and enter the next round of detection, otherwise trigger the The first timer sets the first technical cycle and starts timing; it is also used to judge whether the current warning count is greater than the alarm threshold at the end of the first timing cycle, and if so, send a prompt message and display it, otherwise do not do any processing .
所述计数器用于在所述第一计时周期内对预警区域内wifi信号强度值超出预设信号强度范围的次数进行计数，将计数值记为预警次数count。The counter is used to count the number of times that the wifi signal strength value in the early warning area exceeds the preset signal strength range within the first timing period, and record the count value as the number of warning times count.
所述第一定时器用于设定第一计时周期，并在首次检测预警区域内的wifi信号强度值不在预设信号强度范围内时开始计时。The first timer is used to set a first timing period, and starts timing when it is detected for the first time that the wifi signal strength value in the early warning area is not within the preset signal strength range.
依据本发明的另一个方面，提供了一种基于WiFi的智能监测系统，包括WiFi连接器、云服务器、至少一个移动终端和所述的基于WiFi的智能监测装置，且所述智能WiFi AP和WiFi连接器之间的区域选定为预警区域。According to another aspect of the present invention, a WiFi-based intelligent monitoring system is provided, including a WiFi connector, a cloud server, at least one mobile terminal, and the WiFi-based intelligent monitoring device, and the intelligent WiFi AP and WiFi The area between the connectors was selected as the warning area.
所述WiFi连接器用于接收所述智能WiFi AP发送的WiFi信号，并向所述智能WiFi AP反馈WiFi信号；所述云服务器用于接收所述MCU发送的提示信息并显示，且将所述提示信息转发至所述移动终端，还用于实现所述移动终端与所述WiFi AP之间双向数据信息传输；所述移动终端与所述云服务器无线连接，接收所述云服务器发送的提示信息并显示。The WiFi connector is used to receive the WiFi signal sent by the smart WiFi AP, and to feed back the WiFi signal to the smart WiFi AP; the cloud server is used to receive and display the prompt information sent by the MCU, and display the prompt The information is forwarded to the mobile terminal, which is also used to realize two-way data information transmission between the mobile terminal and the WiFi AP; the mobile terminal is wirelessly connected to the cloud server, receives the prompt information sent by the cloud server and show.
本发明的有益效果是：本发明的一种基于WiFi的智能监测方法、装置及系统，利用WiFi技术实现智能监控，有效防止盗匪入侵，可以有效避免摄像头监控引入的用户隐私泄露问题，红外报警的漏报问题，只需添加一个WiFi连接器，并充分利用现有家居路由平台，即可实现智能监控，成本低廉，安全性较高，非常适合大面积推广。The beneficial effects of the present invention are: a WiFi-based intelligent monitoring method, device and system of the present invention realizes intelligent monitoring by using WiFi technology, effectively prevents robbers from invading, and can effectively avoid user privacy leakage problems introduced by camera monitoring, and infrared alarm For the problem of missed reporting, just add a WiFi connector and make full use of the existing home routing platform to realize intelligent monitoring, with low cost and high security, which is very suitable for large-scale promotion.
附图说明Description of drawings
图1为本发明的一种基于WiFi的智能监测方法流程示意图；Fig. 1 is a kind of schematic flow chart of the intelligent monitoring method based on WiFi of the present invention;
图2为本发明的一种基于WiFi的智能监测装置结构示意图；Fig. 2 is a schematic structural diagram of a WiFi-based intelligent monitoring device of the present invention;
图3为本发明的一种基于WiFi的智能监测系统结构示意图。Fig. 3 is a schematic structural diagram of a WiFi-based intelligent monitoring system of the present invention.
具体实施方式detailed description
以下结合附图对本发明的原理和特征进行描述，所举实例只用于解释本发明，并非用于限定本发明的范围。The principles and features of the present invention are described below in conjunction with the accompanying drawings, and the examples given are only used to explain the present invention, and are not intended to limit the scope of the present invention.
实施例一、一种基于WiFi的智能监测方法，下面将结合图1对本实施例中的一种基于WiFi的智能检测方法进行详细的描述。Embodiment 1. A WiFi-based intelligent monitoring method. The following will describe in detail a WiFi-based intelligent detection method in this embodiment with reference to FIG. 1 .
如图1所示，一种基于WiFi的智能监测方法流程示意图，包括如下步骤：As shown in Figure 1, a schematic flow chart of a WiFi-based intelligent monitoring method includes the following steps:
步骤1：检测预警区域内的wifi信号强度值并判断其是否在预设信号强度范围内，如果是，则不做任何处理，进入下一轮检测；否则，设定第一计时周期开始计时，并进入步骤2；Step 1: Detect the wifi signal strength value in the early warning area and judge whether it is within the preset signal strength range. If so, do not do any processing and enter the next round of detection; otherwise, set the first timing cycle to start timing, and go to step 2;
步骤2：在所述第一计时周期内对预警区域内wifi信号强度值超出预设信号强度范围的次数进行计数，将计数值记为预警次数count；Step 2: Count the number of times that the wifi signal strength value in the early warning area exceeds the preset signal strength range in the first timing period, and record the count value as the number of warning times count;
步骤3：当第一计时周期结束时判断当前预警次数count是否大于第一计时周期内的告警次数阈值，如果是，则发送提示信息并显示；否则，对预警次数count清零，返回步骤1并进入下一轮检测。Step 3: When the first timing period ends, judge whether the current number of warning times count is greater than the threshold value of the number of warning times in the first timing period, if yes, send a prompt message and display it; otherwise, clear the number of warning times count, return to step 1 and Enter the next round of testing.
本实施例中，所述步骤1中所述预设信号强度范围的设定过程具体为：在设定的采样时间内检测预警区域内的wifi信号强度值，并将检测的预警区域内wifi信号强度最大值和最小值分别作为预设信号强度范围的上边界值和下边界值。通过这种自适应模式可以比较准确的获取预警区域内没有任何遮挡的情况下WiFi信号的强度，便于为后续有人进入预警区域内时，检测预警区域内的WiFi信号变化量。In this embodiment, the setting process of the preset signal strength range in step 1 is specifically: detecting the wifi signal strength value in the early warning area within the set sampling time, and setting the detected wifi signal in the early warning area The maximum value and the minimum value of the strength are used as the upper boundary value and the lower boundary value of the preset signal strength range respectively. Through this self-adaptive mode, it is possible to accurately obtain the strength of the WiFi signal without any occlusion in the early warning area, which is convenient for detecting the variation of the WiFi signal in the early warning area when someone enters the early warning area.
优选地，所述步骤1中在检测预警区域内的wifi信号强度值的同时，还获取进入预警区域内WiFi设备的mac地址信息并进行存储。Preferably, in the step 1, while detecting the wifi signal strength value in the early warning area, the mac address information of the WiFi device entering the early warning area is also obtained and stored.
本实施例中，所述步骤3中，当当前预警次数count大于第一计时周期内的告警次数阈值时，将进入预警区域内WiFi终端的mac地址信息与预设权限mac地址信息库比对，如果二者相同，则不做任何处理，否则，将与mac地址信息对应的WiFi终端标记为陌生设备，并将陌生设备的mac地址信息连同所述提示信息一同显示。这样，可以提醒用户进入预警区域内的设备mac地址，便于后续在出现异常情况时惊醒核查比对。In this embodiment, in the step 3, when the current number of warning times count is greater than the number of times of warning threshold in the first timing period, the mac address information of the WiFi terminal entering the warning area is compared with the preset authority mac address information database, If the two are the same, no processing is performed; otherwise, the WiFi terminal corresponding to the mac address information is marked as an unfamiliar device, and the mac address information of the unfamiliar device is displayed together with the prompt information. In this way, the user can be reminded to enter the mac address of the device in the early warning area, which is convenient for subsequent wake-up verification and comparison when an abnormal situation occurs.
优选地，所述步骤3中，当当前预警次数count大于第一计时周期内的告警次数阈值时，还包括如下后续步骤：Preferably, in step 3, when the current number of warnings count is greater than the threshold of warning times in the first timing period, the following subsequent steps are also included:
步骤4：设定第二计时周期并开始计时，记录所述陌生设备在预警区域内停留的时间，如果所述陌生设备再预警区域内停留的时间大于设定的最大停留周期，则发出报警信息，否则，不做任何处理，结束处理流程。Step 4: Set the second timing period and start timing, record the time that the strange device stays in the warning area, if the time that the strange device stays in the warning area is longer than the set maximum stay period, then send an alarm message , otherwise, do nothing and end the processing flow.
通过上述方式可以区分异常情况级别，通过向用户发出报警信息便于用于及时掌握预警区域内的异常情况，便于用户及时采取紧急措施，防止用户的财产受到损失。Through the above method, the levels of abnormal situations can be distinguished. By sending alarm information to the user, it is convenient to grasp the abnormal situation in the early warning area in time, and it is convenient for the user to take emergency measures in time to prevent the loss of the user's property.
优选地，所述步骤1＝中检测预警区域内的wifi信号强度值时，还对检测的wifi信号强度值进行温度补偿处理，再判断经过温度补偿处理后的wifi信号强度值否在预设信号强度范围内，防止设备因为运行过程中发热或者寒冷环境下引起的功率波动问题，保证设备发射功率一致，使得检测结果更加准确。Preferably, when the wifi signal strength value in the early warning area is detected in the step 1=, the temperature compensation process is also carried out to the detected wifi signal strength value, and then it is judged whether the wifi signal strength value after the temperature compensation process is within the preset signal Within the range of intensity, prevent the power fluctuation problem caused by the heating of the equipment during operation or the cold environment, and ensure that the transmission power of the equipment is consistent, making the detection results more accurate.
实施例二、一种基于WiFi的智能监测装置，下面将结合图2对本实施例中的一种基于WiFi的智能检测装置进行详细的描述。Embodiment 2: An intelligent monitoring device based on WiFi. The following will describe in detail the intelligent detection device based on WiFi in this embodiment with reference to FIG. 2 .
如图2所示，一种基于WiFi的智能监测装置，包括智能WiFi AP，所述智能WiFi AP包括MCU、计数器和第一定时器。As shown in FIG. 2 , a WiFi-based intelligent monitoring device includes an intelligent WiFi AP, and the intelligent WiFi AP includes an MCU, a counter and a first timer.
其中，所述MCU用于检测预警区域内wifi信号强度值并判断预警区域内wifi信号强度值是否在预设信号强度范围内，如果是，则不做任何处理，进入下一轮检测，否则触发所述第一定时器设定第一技术周期并开始计时；还用于在第一计时周期结束时判断当前预警次数count是否大于告警次数阈值，如果是，则发送提示信息并显示，否则不做任何处理。Wherein, the MCU is used to detect the wifi signal strength value in the early warning area and judge whether the wifi signal strength value in the early warning area is within the preset signal strength range. The first timer sets the first technical cycle and starts counting; it is also used to judge whether the current warning count is greater than the alarm threshold at the end of the first timing cycle, and if so, send a prompt message and display it, otherwise do not any processing.
所述计数器用于在所述第一计时周期内对预警区域内wifi信号强度值超出预设信号强度范围的次数进行计数，将计数值记为预警次数count。The counter is used to count the number of times that the wifi signal strength value in the early warning area exceeds the preset signal strength range within the first timing period, and record the count value as the number of warning times count.
所述第一定时器用于设定第一计时周期，并在首次检测预警区域内的wifi信号强度值不在预设信号强度范围内时开始计时。The first timer is used to set a first timing period, and starts timing when it is detected for the first time that the wifi signal strength value in the early warning area is not within the preset signal strength range.
本实施例中，所述MCU预设信号强度范围的设定过程具体为：在设定的采样时间内通过所述智能WiFi AP检测预警区域内的wifi信号强度值，并将检测的预警区域内wifi信号强度最大值和最小值分别作为预设信号强度范围的上边界值和下边界值。这样可以比较准确的获取预警区域内没有任何遮挡的情况下WiFi信号的强度，便于为后续有人进入预警区域内时，检测预警区域内的WiFi信号变化量。In this embodiment, the setting process of the preset signal strength range of the MCU is specifically as follows: within the set sampling time, the wifi signal strength value in the early warning area is detected by the smart WiFi AP, and the detected wifi signal strength value in the early warning area is detected. The maximum value and the minimum value of the wifi signal strength are respectively used as the upper boundary value and the lower boundary value of the preset signal strength range. In this way, the strength of the WiFi signal in the absence of any occlusion in the early warning area can be obtained more accurately, which is convenient for detecting the variation of the WiFi signal in the early warning area when someone enters the early warning area.
本实施例中，所述MCU在检测预警区域内的wifi信号强度的同时，还获取进入预警区域内WiFi设备的mac地址信息并进行存储，且当当前预警次数count大于第一计时周期内的告警次数阈值时，所述MCU将进入预警区域内WiFi终端的mac地址信息与预设权限mac地址信息库比对，如果二者相同，则不做任何处理，否则，将与mac地址信息对应的WiFi终端标记为陌生设备，并将陌生设备的mac地址信息连同所述提示信息一同显示。In this embodiment, while the MCU detects the wifi signal strength in the early warning area, it also obtains and stores the mac address information of the WiFi devices entering the early warning area, and when the current number of early warning counts is greater than the number of alarms in the first timing period When the times threshold is reached, the MCU will compare the mac address information of the WiFi terminal entering the early warning area with the preset authority mac address information database. If the two are the same, no processing will be done; otherwise, the WiFi terminal corresponding to the mac address information The terminal is marked as an unfamiliar device, and the mac address information of the unfamiliar device is displayed together with the prompt information.
优选地，所述智能WiFi AP还包括第二计时器，当当前预警次数count大于第一计时周期内的告警阈值时，所述MCU还触发所述第二计时器设定第二计时周期并开始计时，记录所述陌生设备在预警区域内停留的时间，如果所述陌生设备再预警区域内停留的时间大于设定的最大停留周期，则发出报警信息，否则，不做任何处理，结束处理流程。通过向用户发出报警信息便于用于及时掌握预警区域内的异常情况，便于用户及时采取紧急措施，防止用户的财产受到损失。Preferably, the smart WiFi AP also includes a second timer, and when the current count of warning times is greater than the alarm threshold in the first timing period, the MCU also triggers the second timer to set the second timing period and start Timing, recording the time that the strange device stays in the early warning area, if the time that the strange device stays in the early warning area is greater than the set maximum stay period, then send an alarm message, otherwise, do not do any processing, and end the processing flow . It is convenient for the user to timely grasp the abnormal situation in the early warning area by sending the alarm information to the user, and it is convenient for the user to take emergency measures in time to prevent the loss of the user's property.
优选地，所述智能WiFi AP检测预警区域内的wifi信号强度值时，还对检测的wifi信号强度值进行温度补偿处理，再发送给所述MCU并由所述MCU判断经过温度补偿处理后的wifi信号强度值否在预设信号强度范围内。这样可以防止设备因为运行过程中发热或者寒冷环境下引起的功率波动问题，保证设备发射功率一致，确保所述智能WiFi AP发射的WiFi信号强度不随环境发生变化，维持在一个稳定范围内，使得检测结果更加准确。Preferably, when the smart WiFi AP detects the wifi signal strength value in the early warning area, it also performs temperature compensation processing on the detected wifi signal strength value, and then sends it to the MCU, and the MCU judges the value after the temperature compensation processing. Whether the wifi signal strength value is within the preset signal strength range. This can prevent the device from power fluctuations caused by heating or cold environments during operation, ensure that the device transmits power consistently, and ensure that the WiFi signal strength emitted by the smart WiFi AP does not change with the environment and is maintained within a stable range. The result is more accurate.
实施例三、一种基于WiFi的智能监测系统，下面将结合图3对本实施例中的一种基于WiFi的智能检测系统进行详细的描述。Embodiment 3. An intelligent monitoring system based on WiFi. The following will describe in detail the intelligent detection system based on WiFi in this embodiment with reference to FIG. 3 .
如图3所示，一种基于WiFi的智能监测系统，WiFi连接器、云服务器、至少一个移动终端和所述的基于WiFi的智能监测装置，且所述智能WiFi AP和WiFi连接器之间的区域选定为预警区域。As shown in Figure 3, a kind of intelligent monitoring system based on WiFi, WiFi connector, cloud server, at least one mobile terminal and described intelligent monitoring device based on WiFi, and the connection between the intelligent WiFi AP and WiFi connector The area is selected as the early warning area.
所述WiFi连接器用于接收所述智能WiFi AP发送的WiFi信号，并向所述智能WiFi AP反馈WiFi信号；所述云服务器用于接收所述MCU发送的提示信息并显示，且将所述提示信息转发至所述移动终端，还用于实现所述移动终端与所述WiFi AP之间双向数据信息传输；所述移动终端与所述云服务器无线连接，接收所述云服务器发送的提示信息并显示。The WiFi connector is used to receive the WiFi signal sent by the smart WiFi AP, and to feed back the WiFi signal to the smart WiFi AP; the cloud server is used to receive and display the prompt information sent by the MCU, and display the prompt The information is forwarded to the mobile terminal, which is also used to realize two-way data information transmission between the mobile terminal and the WiFi AP; the mobile terminal is wirelessly connected to the cloud server, receives the prompt information sent by the cloud server and show.
优选地，当所述陌生设备再预警区域内停留的时间大于设定的最大停留周期，则所述MCU直接向所述移动终端发出报警信息。通过向用户发出报警信息便于用于及时掌握预警区域内的异常情况，便于用户及时采取紧急措施，防止用户的财产受到损失。Preferably, when the time that the unfamiliar device stays in the warning area is longer than the set maximum stay period, the MCU directly sends an alarm message to the mobile terminal. It is convenient for the user to timely grasp the abnormal situation in the early warning area by sending the alarm information to the user, and it is convenient for the user to take emergency measures in time to prevent the loss of the user's property.
本发明的一种基于WiFi的智能监测方法、装置及系统，利用WiFi技术实现智能监控，有效防止盗匪入侵，可以有效避免摄像头监控引入的用户隐私泄露问题，红外报警的漏报问题，只需添加一个WiFi连接器，并充分利用现有家居路由平台，即可实现智能监控，成本低廉，安全性较高，非常适合大面积推广。A WiFi-based intelligent monitoring method, device and system of the present invention utilizes WiFi technology to realize intelligent monitoring, effectively prevents robbers from invading, and can effectively avoid the leakage of user privacy introduced by camera monitoring and the missing report of infrared alarms. A WiFi connector, and make full use of the existing home routing platform, can realize intelligent monitoring, low cost, high security, very suitable for large-scale promotion.
以上所述仅为本发明的较佳实施例，并不用以限制本发明，凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included in the protection of the present invention. within range.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610308844.1ACN105894703B (en) | 2016-05-11 | 2016-05-11 | A WiFi-based intelligent monitoring method, device and system |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610308844.1ACN105894703B (en) | 2016-05-11 | 2016-05-11 | A WiFi-based intelligent monitoring method, device and system |
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| CN105894703Atrue CN105894703A (en) | 2016-08-24 |
| CN105894703B CN105894703B (en) | 2019-03-08 |
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| CN201610308844.1AExpired - Fee RelatedCN105894703B (en) | 2016-05-11 | 2016-05-11 | A WiFi-based intelligent monitoring method, device and system |
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