摘要：【中文】一种基于欺骗攻击者的对抗样本防御方法,属于计算机图像处理技术领域。技术方案：在不改变原始分类器分类性能的基础上构建分类系统，采用并行的方式将缓冲器添加到分类系统中，通过构造与原始分类器泛化性能较差的分类器2，很好地欺骗攻击者；在原始分类器之前设置额外的检测器，防御单步攻击以及提高攻击过程的难度，只采用原始分类器对被检测器分类为正常标签的图像进行分类；采用比较器或集成学习块更换检测器，获得更好的分类性能以及无梯度回传的特性，比较器不承担任何特定的攻击策略和扰动模式。有益效果是:本发明采用缓冲器、比较器等阻碍了对抗样本的生成过程，在不影响正常样本的分类性能下，提升了分类网络对对抗样本的防御性能。 【EN】A defense method for confrontation samples based on deception attackers belongs to the technical field of computer image processing. The technical scheme is as follows: constructing a classification system on the basis of not changing the classification performance of an original classifier, adding a buffer into the classification system in a parallel mode, and well deceiving an attacker by constructing a classifier 2 with poor generalization performance with the original classifier; an additional detector is arranged in front of an original classifier, single-step attack is prevented, the difficulty of an attack process is improved, and only the original classifier is adopted to classify the images classified into normal labels by the detector; the comparator or the integrated learning block is adopted to replace the detector, so that better classification performance and the characteristic of no gradient return are obtained, and the comparator does not bear any specific attack strategy and disturbance mode. The method has the advantages that the generation process of the countermeasure sample is hindered by adopting the buffer, the comparator and the like, and the defense performance of the classification network on the countermeasure sample is improved under the condition that the classification performance of the normal sample is not influenced.

摘要：【中文】一种基于权重谱生成对抗样本的点攻击方法,属于计算机图像处理技术领域。技术方案：计算奇异点及其邻近点(4或8个点)之间的平均距离作为评估指标区分包含奇异点的对抗样本；设计优化函数来提高抗检测性能，修改优化步骤以实现基于点的攻击，解决显著性谱存在的问题,最终实现设计新的基于点的攻击方法生成抗感知能力以及抗检测性能较好的对抗样本；选择直接对不稳定区域(权重较大的区域)设置更多的篡改，为方便权衡篡改点的数量、篡改程度以及攻击成功率引入新的约束。有益效果是:本发明用生成的权重谱决定需要篡改点的位置以及篡改程度，同时在指定篡改程度的前提下，可以采用固定点数或最少像素点攻击方法生成对抗样本。 【EN】A point attack method for generating an anti-sample based on a weight spectrum belongs to the technical field of computer image processing. The technical scheme is as follows: calculating the average distance between the singular point and the adjacent points (4 or 8 points) thereof as an evaluation index to distinguish the confrontation samples containing the singular point; designing an optimization function to improve the detection resistance, modifying the optimization step to realize point-based attack, solving the problems of the significance spectrum, and finally realizing the generation of a new point-based attack method to generate an antagonistic sample with better perception resistance and detection resistance; and directly setting more falsifications to unstable areas (areas with higher weight), and introducing new constraints for conveniently weighing the number of falsification points, the falsification degree and the attack success rate. The method has the advantages that the generated weight spectrum is used for determining the position of the tampering point and the tampering degree, and meanwhile, on the premise of specifying the tampering degree, the countermeasure sample can be generated by adopting a fixed point number or minimum pixel point attacking method.

摘要：【中文】本申请实施例提供一种用于佩戴在腕部的智能穿戴设备，包括：表体、表带、气囊、供气装置以及检测装置；表体内设置有供电装置和控制芯片，控制芯片与供电装置电连接；表带与表体连接，以固定表体；气囊覆盖在表带的内侧面上；供气装置与气囊连通，供气装置用于向气囊内注气；检测装置与气囊连接，检测装置与控制芯片信号连接，检测装置用于检测气囊内的气压；供气装置和检测装置均设置在表带上，供气装置与供电装置通过表带上的供电线路电连接；与将气泵设置在表体内部相比，避免了供气装置占用表体的内部空间，可以减小表体的体积，方便用户佩戴。 【EN】The embodiment of the application provides an intelligence wearing equipment for wearing at the wrist, includes: the watch comprises a watch body, a watchband, an air bag, an air supply device and a detection device; a power supply device and a control chip are arranged in the meter body, and the control chip is electrically connected with the power supply device; the watchband is connected with the watch body to fix the watch body; the air bag covers the inner side surface of the watchband; the gas supply device is communicated with the air bag and is used for injecting gas into the air bag; the detection device is connected with the air bag and is in signal connection with the control chip, and the detection device is used for detecting the air pressure in the air bag; the gas supply device and the detection device are both arranged on the watchband, and the gas supply device is electrically connected with the power supply device through a power supply line on the watchband; compare with the air pump setting in the internal portion of table, avoided air feeder to occupy the inner space of the table body, can reduce the volume of the table body, convenience of customers wears.

摘要：【中文】本发明提供一种智能晾衣架工作方法，包括智能晾衣架，智能晾衣架包括机架、移动机构、升降机构和控制装置；移动机构和升降机构安装在机架内，升降机构包括升降装置和升降件，升降装置对称设置在机架两端，两端的升降装置之间连接有升降件，移动机构位于升降件上方，移动机构设置有一个以上；相邻移动机构之间设有晾衣灯组；晾衣灯组包括烘干灯和紫外线灯；烘干灯靠近移动机构远离升降件的一端，紫外线灯靠近移动机构靠近升降件的一端；烘干灯下方具有烘干区域，紫外线灯下方具有消毒区域；本发明中衣物烘干和衣物消毒都是自动进行的，智能化水平高；通过质量检测器检测衣物的烘干程度同时紫外消毒时长是可以设置，这样烘干效果和消毒效果好。 【EN】The invention provides a working method of an intelligent clothes hanger, which comprises the intelligent clothes hanger, wherein the intelligent clothes hanger comprises a rack, a moving mechanism, a lifting mechanism and a control device; the lifting device is symmetrically arranged at two ends of the frame, the lifting piece is connected between the lifting devices at the two ends, the moving mechanism is positioned above the lifting piece, and more than one moving mechanism is arranged; a clothes drying lamp group is arranged between the adjacent moving mechanisms; the clothes drying lamp group comprises a drying lamp and an ultraviolet lamp; the drying lamp is close to one end of the moving mechanism far away from the lifting piece, and the ultraviolet lamp is close to one end of the moving mechanism near the lifting piece; a drying area is arranged below the drying lamp, and a disinfection area is arranged below the ultraviolet lamp; in the invention, the clothes drying and the clothes disinfection are automatically carried out, and the intelligent level is high; the drying degree of the clothes is detected through the quality detector, and meanwhile the ultraviolet disinfection time is set, so that the drying effect and the disinfection effect are good.

摘要：【中文】本发明提供一种智能晾衣架，包括机架、移动机构、升降机构和控制装置；移动机构和升降机构安装在机架内，升降机构包括升降装置和升降件，升降装置对称设置在机架两端，两端的升降装置之间连接有升降件，移动机构位于升降件上方，移动机构的一端靠近升降件，移动机构设置有一个以上；相邻的移动机构之间设有晾衣灯组；晾衣灯组包括烘干灯和紫外线灯；烘干灯靠近移动机构远离升降件的一端，紫外线灯靠近移动机构靠近升降件的一端；烘干灯下方具有烘干区域，紫外线灯下方具有消毒区域；本发明中衣物烘干和衣物消毒都是自动进行的，智能化水平高；通过质量检测器检测衣物的烘干程度同时紫外消毒时长是可以设置，这样烘干效果和消毒效果好。 【EN】The invention provides an intelligent clothes hanger, which comprises a rack, a moving mechanism, a lifting mechanism and a control device, wherein the rack is provided with a lifting mechanism; the moving mechanism and the lifting mechanism are arranged in the frame, the lifting mechanism comprises lifting devices and lifting pieces, the lifting devices are symmetrically arranged at two ends of the frame, the lifting pieces are connected between the lifting devices at the two ends, the moving mechanism is positioned above the lifting pieces, one end of the moving mechanism is close to the lifting pieces, and more than one moving mechanism is arranged; a clothes drying lamp group is arranged between the adjacent moving mechanisms; the clothes drying lamp group comprises a drying lamp and an ultraviolet lamp; the drying lamp is close to one end of the moving mechanism far away from the lifting piece, and the ultraviolet lamp is close to one end of the moving mechanism near the lifting piece; a drying area is arranged below the drying lamp, and a disinfection area is arranged below the ultraviolet lamp; in the invention, the clothes drying and the clothes disinfection are automatically carried out, and the intelligent level is high; the drying degree of the clothes is detected through the quality detector, and meanwhile the ultraviolet disinfection time is set, so that the drying effect and the disinfection effect are good.

摘要：本发明公开了一种内空隙外包覆结构无钴正极材料及其制备方法，包括以下步骤：（1）合成Zr基MOF（Uio‑66），将其作为晶种加入到共沉淀反应中，生成具有核壳结构的无钴前驱体；（2）前驱体与锂盐按一定比例混合，在氧气气氛中一次烧结，得到掺杂Zr离子的一次烧结样品；（3）将一次烧结样品倒入制备好的异丙醇钛溶液中搅拌，然后转移至旋转蒸发仪中烘干，得到包覆TiO2的样品；（3）将包覆样品转入氧气气氛炉中进行二次烧结，得到最终产品内空隙外包覆结构无钴正极材料。该无钴正极材料结构稳定，初始放电比容量高，倍率和循环性能好。

摘要：本发明公开了一种可调节电流或电压幅值和相位的三相控制器和控制方法，属于电力系统技术领域，包括：控制器，用于生成可调节幅值和相位的波形控制信号；功率源，与控制器电连接，用于根据波形控制信号输出对应的电流或电压；采样单元，用于采集功率源的输出信号并反馈至控制器；控制器根据采样单元的反馈信号调整波形控制信号，形成闭环控制系统。本发明有效降低了设备体积和重量，减少了测试设备的造价。采用主从控制器设计，实现了多达12路信号的协同控制，能够满足多种较为复杂的测试场景的需求。

摘要：本发明适用于电力闸刀技术领域，提供了一种安全防护型电力闸刀，包括底座和防护罩；还包括：连接模块，所述连接模块包括接线板，所述接线板处设置有安装架，所述安装架的一侧设置有压固单元，所述安装架中安装有安装转盘，所述安装转盘的底部对称设置有两个绕卷杆；驱动单元，所述驱动单元包括导向套筒，所述导向套筒中设置有连接柱，所述连接柱上安装有调节转盘，所述调节转盘的侧壁上对称设置有两个导向柱，且所述导向套筒的内壁上开设有螺旋导向槽；调节单元。该装置的操作简单，安装和后期维护均十分便捷，有效提高了电力闸刀使用的便捷性。同时还可对接线端进行加固，从而提升防护效果，保证连接的稳定性。

摘要：【中文】本发明公开了一种基于迭代法构建相关滤波响应的目标跟踪方法，包括以下步骤：S1、确定跟踪目标参数，提取融合特征并加窗处理；S2、通过频域隐式插值构建多分辨率特征图；S3、PCA方法构建特征降维矩阵；S4、应用共轭梯度法构建特征滤波器；S5、提取候选区域多尺度的融合特征并降维加窗；S6、频域隐式插值构建多分辨率特征图；S7、滤波处理获得各个通道的响应矩阵；S8、构建响应矩阵，确定跟踪结果；S9、更新GMM模型，更新滤波器；S10、循环执行S5、S6、S7、S8、S9。本发明可以有效降低特征冗余，限制较大误差的相关滤波响应对最终响应图的影响，提高跟踪方法效率。 【EN】The invention discloses a target tracking method for constructing a relevant filtering response based on an iteration method, which comprises the following steps: s1, determining tracking target parameters, extracting fusion characteristics and windowing; s2, constructing a multi-resolution characteristic diagram through frequency domain implicit interpolation; s3, constructing a feature dimension reduction matrix by a PCA method; s4, constructing a characteristic filter by applying a conjugate gradient method; s5, extracting multi-scale fusion characteristics of the candidate region, and performing dimensionality reduction and windowing; s6, constructing a multi-resolution characteristic diagram by frequency domain implicit interpolation; s7, filtering to obtain a response matrix of each channel; s8, constructing a response matrix and determining a tracking result; s9, updating the GMM model and updating the filter; s10, executing S5, S6, S7, S8 and S9 in a circulating mode. The method can effectively reduce the characteristic redundancy, limit the influence of the relevant filtering response with larger error on the final response diagram, and improve the efficiency of the tracking method.

摘要：本发明涉及电气工程领域，特别是一种试验用避雷器绝缘固定支架及避雷器电气试验装置。所述试验用避雷器绝缘固定支架，包括绝缘套和支撑导体，所述绝缘套呈圆柱状，轴心处具有用于安装所述避雷器端头的安装孔，所述支撑导体的一端固定于所述绝缘套，且在所述避雷器的端头置于所述安装孔中时，与所述支撑导体电连接。所述避雷器电气试验装置，包括框架、置于所述框架中的试验电路和所述试验用避雷器绝缘固定支架。本发明可快速将避雷器置于绝缘固定支架中，并利用所述绝缘套满足对所述避雷器的支撑强度、绝缘强度等要求，另一方面，极大缩短了组装仪器及测试线的用时，提高了整体的测试效率，总用时减少为原来的1/5。