摘要：【中文】本发明公开了一种汽车车灯用防水雾汽密性汽车电线生产工艺，具体生产工艺步骤如下：步骤一：采用先进的热冷拉结合工艺将优质高温钼原料加工成丝；步骤二：将步骤一中的钼丝配合多股铜丝进行绞合；步骤三：将步骤二中绞合好的导体利用压紧模具压实之间的间隙；步骤四：利用环氧树脂与聚碳酸酯混合物制备导体绝缘层；步骤五：对步骤三中压实后导体进行预热，利用加压型挤出机将导体与步骤四中的导体绝缘层材料紧密押出；步骤六：将步骤五中得到的电线内充入保护气体。该发明汽车车灯用防水雾汽密性汽车电线生产工艺，将电线充入气体保持不漏雨气，有效防止电线进水，引起车灯起雾，成本较低，能耗小，实用性高，适合广泛推广。 【EN】The invention discloses a production process of a waterproof fog vapor-tight automobile wire for an automobile lamp, which comprises the following specific production process steps: the method comprises the following steps: processing a high-quality high-temperature molybdenum raw material into wires by adopting an advanced hot-cold drawing combination process; step two: stranding the molybdenum wire in the step one by matching with a plurality of copper wires; step three: compacting the gaps among the stranded conductors in the second step by using a compaction die; step four: preparing a conductor insulating layer by using a mixture of epoxy resin and polycarbonate; step five: preheating the conductor compacted in the third step, and tightly extruding the conductor and the conductor insulating layer material in the fourth step by using a pressurizing type extruder; step six: and filling protective gas into the electric wire obtained in the fifth step. The production process of the waterproof fog vapor-tight automobile wire for the automobile lamp disclosed by the invention has the advantages that the wire is filled with gas to keep no leakage of rain and air, the wire is effectively prevented from being immersed in water to cause fog of the automobile lamp, the cost is lower, the energy consumption is low, the practicability is high, and the production process is suitable for wide popularization.

摘要：【中文】本发明公开一种散状物料转运缓冲装置，包括送料皮带、接料皮带、前护板、头部护罩、落料管和底部护板；前护板设在头部护罩顶部，落料管设在头部护罩下方，底部护板设在落料管下端，在前护板内侧设有第一导流罩体，在底部护板内侧设有第二导流罩体。该装置的结构简单，通过两个导流罩体的配合，可对散状物料转运过程中的料流进行缓冲和导流，并将物料平稳的“放”到接料皮带上，减小对转运装置内腔和接料皮带的冲击和磨损，同时方便检修，可有效提高转运装置的输送效率和使用寿命。 【EN】The invention discloses a bulk material transferring and buffering device which comprises a feeding belt, a receiving belt, a front guard plate, a head shield, a blanking pipe and a bottom guard plate, wherein the front guard plate is arranged at the front end of the feeding belt; the front guard plate is arranged at the top of the head shield, the blanking pipe is arranged below the head shield, the bottom guard plate is arranged at the lower end of the blanking pipe, a first flow guide cover body is arranged on the inner side of the front guard plate, and a second flow guide cover body is arranged on the inner side of the bottom guard plate. The device's simple structure through the cooperation of two kuppe bodies, can cushion and water conservancy diversion to the material stream of bulk material transportation in-process to on "putting" the material receiving belt steady, reduce impact and the wearing and tearing to the conveyer inner chamber and receiving belt, convenient the maintenance simultaneously can effectively improve conveyer's conveying efficiency and life.

摘要：【中文】本发明涉及工业清洗技术领域，特别是涉及一种引流结构设计的高压水旋转喷头。所述高压水旋转喷头包括进水接头、密封杆、高压旋转密封组件、限位零部件、密封盲堵和旋转头。本发明结构简单而独特，高压状态下运行更加安全、可靠，使用寿命更长；制造成本和使用成本大幅降低；高压进水被巧妙地引入喷头最前端的旋转头内，清洗效果和效率大幅提升。所有易损零部件均可单独更换，维修、保养非常方便。 【EN】The invention relates to the technical field of industrial cleaning, in particular to a high-pressure water rotary nozzle with a drainage structure design. The high-pressure water rotary sprayer comprises a water inlet joint, a sealing rod, a high-pressure rotary sealing assembly, a limiting part, a sealing blind plug and a rotary head. The invention has simple and unique structure, safer and more reliable operation in a high-pressure state and longer service life; the manufacturing cost and the use cost are greatly reduced; high-pressure water inflow is ingeniously led into the rotating head at the foremost end of the spray head, and the cleaning effect and the efficiency are greatly improved. All easily damaged parts can be replaced independently, and the maintenance is very convenient.

摘要：【中文】本发明公开一种钢水取样器铝丝自动绕卷装置，在安装平台上从右往左依次设有线盘结构、导线结构、送丝结构和卷绕结构。利用该装置可实现钢水取样器铝丝卷的快速自动绕卷成型，卷绕效率较人工卷绕相比得到极大地提高；且该装置的结构简单，各结构分工明确，对操作人员的技术要求低，显著节省人力，降低企业的人力生产成本，有效提升企业的经济效益。 【EN】The invention discloses an automatic aluminum wire winding device for a molten steel sampler. The device can realize the rapid and automatic winding and forming of the molten steel sampler aluminum wire coil, and the winding efficiency is greatly improved compared with manual winding; and the device's simple structure, each structure divides the labour clear and definite, and is low to operating personnel's technical requirement, is showing to use manpower sparingly, reduces the manpower manufacturing cost of enterprise, effectively promotes the economic benefits of enterprise.

摘要：【中文】本申请实施例公开了一种降噪方法、终端及存储介质，该降噪方法包括：利用上一帧图像的第一降噪图像对当前图像进行配准处理，获得配准后图像；其中，上一帧图像为待降噪视频中的、与当前图像连续的前一个图像；计算当前图像的噪声估计值，并根据上一帧图像的第一噪声值和噪声估计值确定融合权重；利用融合权重获得当前图像对应的第二降噪图像和第二噪声值；继续根据第二降噪图像和第二噪声值对下一帧图像进行降噪处理，直到遍历完待降噪视频中的每一帧图像；其中，下一帧图像为待降噪视频中的、与当前图像连续的后一个图像。 【EN】The embodiment of the application discloses a noise reduction method, a terminal and a storage medium, wherein the noise reduction method comprises the following steps: performing registration processing on a current image by using a first noise reduction image of a previous frame of image to obtain a registered image; the previous frame of image is a previous image which is continuous with the current image in the video to be denoised; calculating a noise estimation value of a current image, and determining a fusion weight according to a first noise value and the noise estimation value of a previous frame of image; obtaining a second noise reduction image and a second noise value corresponding to the current image by using the fusion weight; continuing to perform noise reduction processing on the next frame of image according to the second noise reduction image and the second noise value until each frame of image in the video to be subjected to noise reduction is traversed; and the next frame image is the next image which is continuous with the current image in the video to be denoised.

摘要：【中文】本申请实施例公开了一种图像配准方法、终端及存储介质，该图像配准方法包括：在第一时刻获取第一图像之后，在第二时刻获取第二图像；确定第一时刻与第二时刻之间的转动参数，并根据转动参数对第一图像进行配准处理，获得第一配准图像；确定第一配准图像和第二图像之间的移动参数，并根据移动参数对第一配准图像进行配准处理，获得第二配准图像。 【EN】The embodiment of the application discloses an image registration method, a terminal and a storage medium, wherein the image registration method comprises the following steps: acquiring a second image at a second time after acquiring the first image at the first time; determining a rotation parameter between a first moment and a second moment, and performing registration processing on the first image according to the rotation parameter to obtain a first registration image; and determining a movement parameter between the first registration image and the second image, and performing registration processing on the first registration image according to the movement parameter to obtain a second registration image.

摘要：本发明属于有色金属加工设备技术领域，涉及一种铝箔轧机出口吹扫装置，包括清辊器及吹扫装置，所述清辊器包括：八字分布的柔性刮片，安装刮片的支架、带动支架升缩的气缸、压力调节阀，所述吹扫装置包括：出口弧形滑板、安装在出口弧形滑板上的支撑辊吹扫风嘴及辊缝吹扫风嘴，以及用于调节两支风嘴方向调节螺杆。本发明还涉及一种铝箔轧机出口吹扫装置的使用方法。本发明铝箔轧机出口吹扫装置根据出口侧料面带油形成的机理，通过清辊器加出口侧双扇形风嘴吹扫方式将轧制油吹扫干净，防止料面带油；采用的风嘴外形经扇面设计，风嘴开口呈中间扁平逐步向两侧扩大的开口，有利于气化后的油气向两外侧扩散，防止油气再次冷凝滴落在轧制料面形成带油。

摘要：本发明属于有色金属加工技术领域，涉及一种轧机出口铝箔表面残油清扫装置，包括：空气轴承式板型仪，其芯轴被配置为通入加热后的干燥压缩空气；设置于所述空气轴承式板型仪下游的电热包角辊和电热导辊；以及对应设置于所述电热包角辊和电热导辊处的工业热风刀；其中，所述装置被配置为在铝箔轧制过程中，于轧机出口侧对铝箔表面进行协同式残油清扫。本发明还公开了使用方法。本发明所公开的装置可以源头处理，在轧机出口侧即时处理残油，尤其适用于无法退火的硬态铝箔；结合板型仪热风、电热导辊与热风刀，形成多级温控吹扫系统多级协同，残油清除效率高；可根据季节、残油量灵活调整温度和风速，适用多种铝箔规格，工艺适配性强。

摘要：【中文】本发明公开了一种微型机器人的磁场值计算方法、装置、设备及存储介质，方法包括：获取目标数据点的坐标；以目标数据点的坐标为球心，预设半径搜索球体空间内的所有样本数据点；当判断当前搜索的样本数据点与目标数据点的直线距离等于第一阈值时，则从预先建立的磁场数据库中匹配对应的磁场值，作为目标数据点的磁场值；当判断当前搜索的样本数据点与目标数据点的直线距离不等于第一阈值时，则从预先建立的磁场数据库中匹配与N个样本数据点对应的N个磁场值，并基于反距离加权法拟合出目标数据点的磁场值。本发明能够在微型机器人处于空间中任意一点时，根据其所处的坐标、已知样本数据点的磁场值计算处目标数据点的磁场值。 【EN】The invention discloses a method, a device, equipment and a storage medium for calculating a magnetic field value of a micro robot, wherein the method comprises the following steps: acquiring coordinates of a target data point; searching all sample data points in a sphere space by taking the coordinates of the target data points as the sphere center and presetting a radius; when the linear distance between the currently searched sample data point and the target data point is judged to be equal to a first threshold value, matching a corresponding magnetic field value from a pre-established magnetic field database to serve as the magnetic field value of the target data point; and when the linear distance between the currently searched sample data point and the target data point is judged not to be equal to the first threshold value, matching N magnetic field values corresponding to the N sample data points from a pre-established magnetic field database, and fitting the magnetic field values of the target data point based on an inverse distance weighting method. The invention can calculate the magnetic field value of the target data point according to the coordinate of the micro-robot and the magnetic field value of the known sample data point when the micro-robot is positioned at any point in the space.

摘要：一种改性环氧丙烯酸酯的制备方法，包括如下步骤：（1）中间体合成：将酸酐、羟基丙烯酸酯单体、抗氧化剂1和阻聚剂1按顺序依次加入反应釜中，搅拌均匀，升温至80~120℃反应2~3小时，放料（记作A），待用；（2）有机酸扩链：将环氧树脂、有机二元酸和催化剂1按照配方量，投入反应釜内，搅拌均匀，缓慢升温至90~120℃反应2~3小时，检验酸值≤1mgKOH/g后，开启冷却水减温至50~70℃；（3）升温酯化反应：再将A物料、催化剂2、阻聚剂2、抗氧化剂2按照配方量，依次投入反应釜内，升温、保温；（4）降温兑稀；（5）中控检验。本发明可以适当增加分子量，增加柔性基团，降低产品的玻璃化转变温度。