摘要：【中文】本发明涉及一种跨步电压检测电路及装置。该跨步电压检测电路，包括电连接的第一检测电路、开关电路、控制电路和显示电路。其中，第一检测电路包括第一端子J1和第二端子J2，用于检测跨步电压。开关电路连接于电源与控制电路输入端之间，受第一检测电路的控制。显示电路包括连接于电源VCC和地线GND之间的发光二极管D1和开关器件，且开关器件的开闭受控制电路的控制。该跨步电压检测电路工作时，当第一检测电路检测到跨步电压后，可以控制开关电路闭合，从而使控制电路工作。控制电路工作时，控制显示电路中的开关器件闭合，发光二极管D1发光。由此，即可对跨步电压的产生进行有效检测。 【EN】The invention relates to a step voltage detection circuit and a step voltage detection device. The step voltage detection circuit comprises a first detection circuit, a switch circuit, a control circuit and a display circuit which are electrically connected. The first detection circuit includes a first terminal J1 and a second terminal J2 for detecting the step voltage. The switch circuit is connected between the power supply and the input end of the control circuit and is controlled by the first detection circuit. The display circuit includes a light emitting diode D1 and a switching device connected between a power supply VCC and a ground GND, and the switching device is controlled by the control circuit to be opened and closed. When the step voltage detection circuit works, after the first detection circuit detects the step voltage, the switch circuit can be controlled to be closed, so that the control circuit works. When the control circuit works, the switch device in the display circuit is controlled to be closed, and the light emitting diode D1 emits light. Thus, the generation of the step voltage can be effectively detected.

摘要：【中文】本发明涉及一种配电设施电位差监测电路及其方法。该配电设施电位差监测电路，包括电位检测电路、控制器和远距离无线通信器。其中，电位检测电路括端子J1和端子J2，用于形成电位差；控制器用于获取电位差并当电位差满足预设条件时生成报警信息；远距离无线通信器用于发射该报警信息。该配电设施电位差监测电路，可以对电位差进行检测，并将报警信息转换为无线通信信号进行发射，从而可以对配电设施所在区域形成的电位差进行远程监测。 【EN】The invention relates to a potential difference monitoring circuit and a potential difference monitoring method for power distribution facilities. The potential difference monitoring circuit for the power distribution facility comprises a potential detection circuit, a controller and a remote wireless communicator. Wherein the potential detection circuit comprises a terminal J1 and a terminal J2 for forming a potential difference; the controller is used for acquiring the potential difference and generating alarm information when the potential difference meets a preset condition; the long-distance wireless communicator is used for transmitting the alarm information. This distribution facility potential difference monitoring circuit can detect the potential difference to convert alarm information into wireless communication signal and launch, thereby can carry out remote monitoring to the potential difference that distribution facility place region formed.

摘要：【中文】本申请涉及一种图像识别方法、装置、计算机设备和存储介质。所述方法包括：实时获取高空作业监控图像；将高空作业监控图像输入到已建立的图像识别模型中识别，得到输出的安全带位置信息和安全带佩戴置信度，图像识别模型是根据历史高空作业监控图像和对应的历史图像识别结果进行训练得到的；根据安全带位置信息和安全带佩戴置信度得到图像识别结果；当图像识别结果为未正确佩戴安全带时，向目标报警装置发送报警指令，以使目标报警装置根据报警指令执行报警。采用本方法能够实时对高空作业监控图像进行图像识别，及时发现未正确佩戴安全带的情况并进行报警，防止出现安全事故。 【EN】The application relates to an image recognition method, an image recognition device, a computer device and a storage medium. The method comprises the following steps: acquiring an aerial work monitoring image in real time; inputting the aerial work monitoring image into an established image recognition model for recognition to obtain output safety belt position information and safety belt wearing confidence, wherein the image recognition model is obtained by training according to historical aerial work monitoring images and corresponding historical image recognition results; obtaining an image recognition result according to the safety belt position information and the safety belt wearing confidence; and when the image recognition result shows that the safety belt is not worn correctly, sending an alarm instruction to the target alarm device so that the target alarm device carries out alarm according to the alarm instruction. By adopting the method, the image identification can be carried out on the aerial work monitoring image in real time, the condition that the safety belt is not worn correctly is found in time, the alarm is given, and the safety accident is prevented.

摘要：【中文】本申请涉及一种基于电力施工操作的远程监测方法、装置和计算机设备。所述方法包括：采集电力施工的操作视频，从所述操作视频中提取多帧操作图像；对所述操作图像进行识别，得到电力设备标识，获取所述电力设备标识对应的标准操作对象；调用预设的操作监测模型，基于多帧所述操作图像进行操作监测，得到待操作对象；根据所述标准操作对象对所述待操作对象进行校验；当校验失败时，生成告警提示信息，将所述告警提示信息发送至告警设备。采用本方法能够避免进行错误的电力施工操作，有效的提高电力施工操作的准确性。 【EN】The application relates to a remote monitoring method and device based on electric power construction operation and computer equipment. The method comprises the following steps: collecting an operation video of power construction, and extracting a plurality of frames of operation images from the operation video; identifying the operation image to obtain an electric power equipment identifier, and acquiring a standard operation object corresponding to the electric power equipment identifier; calling a preset operation monitoring model, and carrying out operation monitoring based on a plurality of frames of operation images to obtain an object to be operated; verifying the object to be operated according to the standard operation object; and when the verification fails, generating alarm prompt information and sending the alarm prompt information to alarm equipment. By adopting the method, the wrong electric power construction operation can be avoided, and the accuracy of the electric power construction operation is effectively improved.

摘要：【中文】本申请涉及一种基于作业区域的目标识别方法、装置、计算机设备和存储介质。所述方法包括：采集作业区域内的视频流数据，所述视频流数据包括多帧图像；在所述视频帧图像中检测相应的目标，得到包含所述目标的待处理图像；加载分类识别模型对所述待处理图像进行目标定位，得到与目标对应的识别框信息；根据所述识别框信息在所述待处理图像中提取目标对应的特征数据；调用训练后的分类识别模型，通过所述训练后的分类识别模型对所述特征数据进行识别，得到与所述目标对应的识别结果。采用本方法能够对作业区域内的每帧待处理图像进行精确的识别，从而能够有效的对作业区域内的所有人员进行实时智能化的监测，避免由于人为违规因素引发的安全事故。 【EN】The application relates to a target identification method and device based on a working area, computer equipment and a storage medium. The method comprises the following steps: collecting video stream data in an operation area, wherein the video stream data comprises a plurality of frames of images; detecting a corresponding target in the video frame image to obtain an image to be processed containing the target; loading a classification recognition model to perform target positioning on the image to be processed to obtain recognition frame information corresponding to a target; extracting feature data corresponding to a target from the image to be processed according to the identification frame information; and calling the trained classification recognition model, and recognizing the characteristic data through the trained classification recognition model to obtain a recognition result corresponding to the target. By adopting the method, each frame of image to be processed in the operation area can be accurately identified, so that all personnel in the operation area can be effectively monitored intelligently in real time, and safety accidents caused by artificial violation factors are avoided.

摘要：【中文】本申请涉及一种基于施工区域的人脸识别方法、装置、计算机设备和存储介质。所述方法包括：通过摄像头采集施工区域内的视频流数据，所述视频流数据包括多帧图像；读取所述视频帧图像，在所述视频帧图像中检测相应的人脸目标，得到包含人脸目标的图像；加载识别模型对多个所述包含人脸目标的图像进行人脸定位，对定位后的人脸目标图像进行切割，生成对应的多个待识别人脸目标图像；对多个所述待识别人脸目标图像进行特征提取，得到对应的人脸目标特征数据；利用匹配模型将所述人脸目标特征数据与施工人员人脸特征模版进行匹配，得到对应的识别结果。采用本方法能够有效的对建筑施工区域内的所有人员进行准确的识别。 【EN】The application relates to a face recognition method and device based on a construction area, computer equipment and a storage medium. The method comprises the following steps: collecting video stream data in a construction area through a camera, wherein the video stream data comprises a plurality of frames of images; reading the video frame image, and detecting a corresponding human face target in the video frame image to obtain an image containing the human face target; loading an identification model to perform face positioning on a plurality of images containing face targets, cutting the positioned face target images, and generating a plurality of corresponding face target images to be identified; extracting the features of the face target images to be recognized to obtain corresponding face target feature data; and matching the human face target characteristic data with the human face characteristic template of the constructor by using a matching model to obtain a corresponding recognition result. By adopting the method, all personnel in the building construction area can be effectively and accurately identified.

摘要：【中文】本申请涉及一种基于电力施工的安全帽检测方法、装置和计算机设备。所述方法包括：根据预设频率获取监控设备采集的初始图像；对所述初始图像进行特征提取，得到图像特征；调用预设分类模型，基于所述图像特征进行分类处理，得到头部区域；在所述初始图像中截取与所述头部区域相匹配的目标图像；根据所述目标图像进行安全帽检测，得到检测结果；当所述检测结果为不存在安全帽时，生成告警提示信息。采用本方法能够有效的提高安全帽检测的准确性。 【EN】The application relates to a safety helmet detection method and device based on electric power construction and computer equipment. The method comprises the following steps: acquiring an initial image acquired by monitoring equipment according to a preset frequency; performing feature extraction on the initial image to obtain image features; calling a preset classification model, and performing classification processing based on the image characteristics to obtain a head region; intercepting a target image matched with the head region in the initial image; carrying out safety helmet detection according to the target image to obtain a detection result; and when the detection result indicates that no safety helmet exists, generating alarm prompt information. By adopting the method, the detection accuracy of the safety helmet can be effectively improved.

摘要：【中文】本申请涉及一种基于电力防护装备的佩戴检测方法、装置和计算机设备。所述方法包括：获取监控设备采集的图像数据，所述图像数据包括人体图像；调用预设的人体识别模型，将所述人体图像输入所述人体识别模型，得到多个区域类型；根据所述区域类型对所述人体图像进行分割，得到对应的目标区域图像；获取所述区域类型对应的标准装备信息，基于所述标准装备信息对所述目标区域图像进行佩戴检测；当佩戴检测结果为未佩戴装备时，生成告警提示信息。采用本方法能够避免传统人工检测的错检和漏检，有效的提高对电力防护装备的佩戴检测的准确性。 【EN】The application relates to a wearing detection method and device based on electric protection equipment and computer equipment. The method comprises the following steps: acquiring image data acquired by monitoring equipment, wherein the image data comprises a human body image; calling a preset human body recognition model, and inputting the human body image into the human body recognition model to obtain a plurality of region types; segmenting the human body image according to the region type to obtain a corresponding target region image; acquiring standard equipment information corresponding to the area type, and carrying out wearing detection on the target area image based on the standard equipment information; and when the wearing detection result indicates that the equipment is not worn, generating alarm prompt information. By adopting the method, the false detection and the missing detection of the traditional manual detection can be avoided, and the wearing detection accuracy of the electric protection equipment is effectively improved.

摘要：【中文】本申请涉及一种配电箱控制装置、方法及配电箱系统。装置包括湿度检测装置、控制装置和除湿装置，湿度检测装置设置于配电箱内，湿度检测装置和除湿装置均连接控制装置，湿度检测装置用于检测配电箱内的实时湿度并发送至控制装置，控制装置用于根据实时湿度与预设湿度阈值的比较结果控制除湿装置的运行状态。上述配电箱控制装置、方法及配电箱系统，控制装置在判断配电箱内的实时湿度过大时控制除湿装置运行，使除湿装置降低配电箱内的空气湿度，从而减少配电箱湿度过大时在配电箱内和箱内的各个电子元器件表面产生凝露的现象，避免各器件被锈蚀，从而延长配电箱和箱内器件的使用寿命，且不容易产生漏电等现象，安全性能好，使用可靠性高。 【EN】The application relates to a distribution box control device and method and a distribution box system. The device includes humidity detection device, controlling means and dehydrating unit, and humidity detection device sets up in the block terminal, and humidity detection device and dehydrating unit all connect control device, and humidity detection device is used for detecting the real-time humidity in the block terminal and sends to controlling means, and controlling means is used for controlling dehydrating unit's running state according to the comparative result of real-time humidity and predetermined humidity threshold value. Above-mentioned block terminal controlling means, method and block terminal system, controlling means controls dehydrating unit operation when judging the real-time humidity in the block terminal is too big, make dehydrating unit reduce the air humidity in the block terminal, thereby reduce the phenomenon that each electronic components surface in block terminal and the incasement produced the condensation when block terminal humidity is too big, avoid each device to be corroded, thereby prolong the life of block terminal and incasement device, and be difficult to produce phenomenons such as electric leakage, the security performance is good, the reliability in utilization is high.