摘要：【中文】本申请提供了一种智能设备配网状态显示方法及装置，所述方法包括以下步骤：通过配网APP启动配网；在第一设定时间节点判断是否接收到蓝牙广播，若是则将第一配网状态显示正常，若否则显示异常；向智能设备发送蓝牙配对请求；判断是否接收到智能设备发送的蓝牙配对信息，若是则将第二配网状态显示正常，若否则显示异常；通过蓝牙连接将SSID及密码发送至智能设备，并由智能设备的蓝牙模块发送至WiFi模块，再由智能设备的WiFi模块将携带SSID及密码的配网请求发送至路由器；判断是否接收到配网成功信息，若是则将第三配网状态显示正常；若否则显示异常。本申请能够实现对当前所处配网环节的配网状态的显示。 【EN】The application provides a method and a device for displaying the distribution network state of intelligent equipment, wherein the method comprises the following steps: starting a distribution network through a distribution network APP; judging whether a Bluetooth broadcast is received at a first set time node, if so, displaying the state of the first distribution network normally, and if not, displaying the state abnormally; sending a Bluetooth pairing request to the intelligent equipment; judging whether Bluetooth pairing information sent by the intelligent equipment is received or not, if so, displaying the state of the second distribution network normally, and if not, displaying the state abnormally; the SSID and the password are sent to the intelligent equipment through Bluetooth connection, the Bluetooth module of the intelligent equipment sends the SSID and the password to the WiFi module, and the WiFi module of the intelligent equipment sends a distribution network request carrying the SSID and the password to the router; judging whether the distribution network success information is received or not, and if so, displaying the state of the third distribution network to be normal; if not, displaying abnormity. The method and the device can display the distribution network state of the current distribution network link.

摘要：【中文】本发明涉及多区域智能设备的控制方法及系统，方法包括：通过总线连接位于多个区域内的智能设备，其中，每个区域内包括一个或多个智能设备；获取每个区域的当前环境参数信息；对于每个区域内的每个智能设备，执行以下步骤：根据获取的该智能设备所在区域的当前环境参数信息，从执行动作知识库中查询与该智能设备所在区域的当前环境参数信息对应的该智能设备的目标执行动作，其中，所述执行动作知识库保存有该智能设备的多个执行动作以及各执行动作与各当前环境参数信息的映射关系；根据查询的所述目标执行动作确定用于控制该智能设备的执行动作的指令，并将确定的所述指令通过总线下发给该智能设备。 【EN】The invention relates to a control method and a system of multi-region intelligent equipment, wherein the method comprises the following steps: connecting intelligent devices located in a plurality of areas through a bus, wherein each area comprises one or more intelligent devices; acquiring current environmental parameter information of each area; for each smart device within each zone, performing the steps of: inquiring a target execution action of the intelligent equipment corresponding to the current environment parameter information of the area where the intelligent equipment is located from an execution action knowledge base according to the acquired current environment parameter information of the area where the intelligent equipment is located, wherein the execution action knowledge base stores a plurality of execution actions of the intelligent equipment and mapping relations between the execution actions and the current environment parameter information; and determining an instruction for controlling the execution action of the intelligent equipment according to the inquired target execution action, and issuing the determined instruction to the intelligent equipment through a bus.

摘要：【中文】本发明公开了一种基于深度学习的智能冰箱存取动作识别方法，包括以下步骤：S1、通过摄像头获得视频数据进行输入；S2、采用当前先进的目标检测器对输入的视频按帧切分图像并检测图像中的手部信息；S3、当检测出手部信息位于裁剪区域内时，裁剪手部信息图片并送入食材分类网络进行食材分类，并获得食材分类结果；S4、当检测出手部信息位于跟踪区域内时，将手部信息送入Staple目标跟踪算法，获得手部动作的跟踪轨迹；S5、利用存取状态判断规则对跟踪轨迹内的手部状态进行判断，获得用户的存取状态；S6、将用户的存取状态与食材分类结果相结合并输出存取动作结果；S7、重新初始化，等待进入下一轮动作识别检测。 【EN】The invention discloses an intelligent refrigerator access action recognition method based on deep learning, which comprises the following steps of: s1, video data are obtained through the camera and input; s2, segmenting the input video into images by frames by adopting a current advanced target detector and detecting hand information in the images; s3, when the hand information is detected to be located in the cutting area, cutting the hand information picture and sending the hand information picture into the food material classification network for food material classification, and obtaining a food material classification result; s4, when the hand information is detected to be located in the tracking area, sending the hand information into a simple target tracking algorithm to obtain a tracking track of the hand movement; s5, judging the hand state in the tracking track by using an access state judgment rule to obtain the access state of the user; s6, combining the access state of the user with the food material classification result and outputting an access action result; and S7, reinitializing and waiting for entering the next action recognition detection.

摘要：【中文】本发明公开了一种基于深度学习的车窗精确定位方法，步骤为：S1、在第一阶段中获取车辆车窗的大致定位框；S11、选取样本组，标定图片中车窗的角点坐标；S12、将图片和角点坐标保存为数据集；S13、将数据集输入第一阶段的深度卷积网络中提取特征图；S14、将特征图输入到BOX回归层得到车窗的大致定位框；S2、在第二阶段中获取车辆车窗的四个精确角点坐标；S21、将车窗大致定位框扩大；S22、截取扩大后候选框内的图片；S23、将角点坐标变换为相对于扩大后候选框的相对坐标；S24、将截取后的图片输入第二阶段的深度卷积网络中提取特征图，并转换为一个特征向量；S25、将特征向量输入到线性回归层得到车窗的精确角点坐标。 【EN】The invention discloses a car window accurate positioning method based on deep learning, which comprises the following steps: s1, acquiring a rough positioning frame of the vehicle window in the first stage; s11, selecting a sample group, and calibrating the corner point coordinates of the car window in the picture; s12, storing the picture and the coordinates of the corner points as a data set; s13, inputting the data set into the deep convolution network of the first stage to extract a feature map; s14, inputting the characteristic diagram into the BOX regression layer to obtain an approximate positioning frame of the car window; s2, acquiring four accurate corner point coordinates of the vehicle window in the second stage; s21, expanding the approximate positioning frame of the car window; s22, intercepting the picture in the expanded candidate frame; s23, converting the coordinates of the corner points into relative coordinates relative to the expanded candidate frame; s24, inputting the intercepted picture into a depth convolution network at the second stage to extract a feature map, and converting the feature map into a feature vector; and S25, inputting the feature vectors into the linear regression layer to obtain the accurate corner point coordinates of the car window.

摘要：【中文】本申请提供了一种多路供电控制方法、装置、系统及可读介质，属于供电技术领域。本申请通过一种多路供电控制方法，本申请通过在智能设备开始工作时，控制智能设备的供电方式为蓄电池；计算智能设备在预设工作时长内所需的目标电能值；比较目标电能值与蓄电池当前的剩余电能值；若剩余电能值小于目标电能值，则计算剩余电能值供智能设备工作的实际工作时长；当达到实际工作时长时，将智能设备的供电方式由蓄电池切换为市电。而不是在蓄电池不满足智能设备的供电需求时直接切换，从而提高了蓄电池的利用率，提高了节能效果。 【EN】The application provides a multi-path power supply control method, device and system and a readable medium, and belongs to the technical field of power supply. The method comprises the steps that when the intelligent equipment starts to work, the power supply mode of the intelligent equipment is controlled to be a storage battery; calculating a target electric energy value required by the intelligent equipment within a preset working time; comparing the target electric energy value with the current residual electric energy value of the storage battery; if the residual electric energy value is smaller than the target electric energy value, calculating the actual working time of the residual electric energy value for the intelligent equipment to work; when the actual working time is long, the power supply mode of the intelligent equipment is switched from the storage battery to the commercial power. Instead of directly switching when the storage battery does not meet the power supply requirement of the intelligent equipment, the utilization rate of the storage battery is improved, and the energy-saving effect is improved.

摘要：【中文】本发明公开了一种银基金属氧化物电接触材料动态内氧化方法，其材料组成以重量百分比来计，其制备方法如下：首先制备AgZn合金锭子，然后经过车削表皮、挤压成丝、拉拔至2.0mm、冲成断丝、断丝滚动式氧化、压制成锭，烧结，挤压，拉拔等工序，最终做成成品丝材。本发明可以获得以下技术效果：采用翻滚式氧化工艺对合金丝段进行氧化处理，可以缩短内氧化氧化的生产周期，由原来的1天时间变为8‑10小时，而且氧化过程中氧化均匀，无氧化物聚集，氧透彻底，相比于传统内氧化工艺，本发明的生产效率大幅度改善，产品质量提高显著，所制备的丝材做成铆钉触点，在直流或交流条件下，获得的电寿命均可达到10万次以上，拥有较低的接触电阻。 【EN】The invention discloses a dynamic internal oxidation method of a silver-based metal oxide electrical contact material, which comprises the following steps of: firstly, preparing an AgZn alloy spindle, then turning a surface skin, extruding into wires, drawing to 2.0mm, punching into broken wires, rolling and oxidizing the broken wires, pressing into ingots, sintering, extruding, drawing and the like, and finally preparing the finished wire. The invention can obtain the following technical effects: the oxidation treatment is carried out on the alloy wire section by adopting the rolling type oxidation process, the production period of internal oxidation can be shortened, the original 1-day time is changed into 8-10 hours, the oxidation is uniform in the oxidation process, no oxide is accumulated, and the oxygen is thoroughly permeated.

摘要：【中文】本申请提供了一种夜灯照明的控制方法、控制装置、系统以及照明灯具，属于自动照明设备技术领域。本申请提供的夜灯照明的控制方法，包括：利用检测装置检测人体的坐标位置；判断所述坐标位置是否超出预设的睡眠区域；若所述坐标位置超出预设的睡眠区域，则调整夜灯的照明方向至所述坐标位置处。利用该控制方法能够解决现有技术的夜灯在夜间照明时灯光无法根据起夜人员的具体位置进行及时调整的问题，达到使灯光追随人员移动而移动的目的。 【EN】The application provides a night lamp illumination control method, a night lamp illumination control device, a night lamp illumination system and an illumination lamp, and belongs to the technical field of automatic illumination equipment. The application provides a night lamp illumination control method, including: detecting the coordinate position of the human body by using a detection device; judging whether the coordinate position exceeds a preset sleeping area; and if the coordinate position exceeds a preset sleeping area, adjusting the illumination direction of the night lamp to the coordinate position. By the control method, the problem that light cannot be timely adjusted according to the specific position of a night worker when the night lamp in the prior art is used for lighting at night can be solved, and the purpose that the light moves along with the movement of the night worker is achieved.

摘要：【中文】本发明涉及监测技术领域，尤其涉及一种睡姿监测方法、监测终端及存储介质，应用于与微波雷达通信连接的监测终端，所述监测终端中包括：若干个压力传感器，所述方法通过采用两次检测过程，即利用第二次检测过程对第一次检测结果进行验证，从而可以有效提高用户姿势检测的准确度，避免出现误判的情况，同时，当检测到用户的当前姿势为危险姿势时，将会向用户的终端发送提醒信息，例如，提示铃等，最终实现用户无需实时监测用户状态，即可根据提醒信息对用户的危险姿势进行调整，节省人力物力。 【EN】The invention relates to the technical field of monitoring, in particular to a sleeping posture monitoring method, a monitoring terminal and a storage medium, which are applied to the monitoring terminal in communication connection with a microwave radar, wherein the monitoring terminal comprises: the method adopts two detection processes, namely, the detection result of the first detection process is verified by the second detection process, so that the accuracy of user posture detection can be effectively improved, the condition of misjudgment is avoided, meanwhile, when the current posture of the user is detected to be a dangerous posture, reminding information such as a reminding bell is sent to a terminal of the user, and finally, the user can adjust the dangerous posture of the user according to the reminding information without monitoring the state of the user in real time, so that manpower and material resources are saved.

摘要：【中文】本发明公开了一种保留镍粉各向异性的银镍电接触材料及其制备方法，其步骤包括单晶镍粉、银粉、添加物、粘结剂的3D喷头式粉末成型打印、保留镍粉各向异性、微波烧结致密化、后处理，最终获得各向异性电磁性能的AgNi材料。该材料通过电磁场的作用快速熄灭电弧，提高了触点材料在密封高温条件下的抗熔焊性能，且生产工序少，生产过程简单、流程短、易于批量生产。 【EN】The invention discloses a silver-nickel electric contact material retaining nickel powder anisotropy and a preparation method thereof. The material can extinguish electric arc rapidly under the action of electromagnetic field, improve the fusion welding resistance of contact material under sealed high temperature condition, and has the advantages of less production process, simple production process, short flow and easy batch production.

摘要：【中文】本发明公开了一种探空气球自动放球装备，包括本体，本体的上端设有放球筒，放球筒的上端开口处设有可打开或关闭其的顶盖，顶盖的后端与放球筒的上端转动连接，还包括连杆机构，放球筒前端的上端开有一缺口，放球筒的外周上至少套设有一块横截面为扇环形的挡板，挡板可绕放球筒的轴线转动，挡板通过连杆机构与顶盖传动连接，顶盖和放球筒之间还设有顶盖开合控制机构，顶盖开合控制机构驱动顶盖打开或关闭放球筒的上端开口，顶盖的前端靠近或远离放球筒时，顶盖通过连杆机构带动挡板转动至封闭或打开缺口。本发明提供一种可控制顶盖和挡板同时关合的探空气球自动放球装备。 【EN】The invention discloses automatic sounding balloon discharging equipment which comprises a body, wherein a balloon discharging barrel is arranged at the upper end of the body, a top cover capable of opening or closing the balloon discharging barrel is arranged at an opening at the upper end of the balloon discharging barrel, the rear end of the top cover is rotatably connected with the upper end of the balloon discharging barrel, the automatic sounding balloon discharging equipment also comprises a connecting rod mechanism, a notch is formed in the upper end of the front end of the balloon discharging barrel, at least one baffle with a sector-ring-shaped cross section is sleeved on the periphery of the balloon discharging barrel, the baffle can rotate around the axis of the balloon discharging barrel, the baffle is in transmission connection with the top cover through the connecting rod mechanism, a top cover opening and closing control mechanism is further arranged between the top cover and the balloon discharging barrel, the top cover opening and closing control mechanism drives the top cover to open or close the opening at the upper end of the balloon discharging barrel, and when. The invention provides automatic sounding balloon releasing equipment capable of controlling a top cover and a baffle plate to be closed simultaneously.