摘要：【中文】本发明提供了一带有泛光灯的电子设备及其装配方法，其中所述电子设备包括一电子设备本体、一接收单元和一泛光灯，其中所述泛光灯包括一投射组件和一电路板组件，其中所述投射组件用于投射光线，所述电路板组件具有一第一导电端和一第二导电端，其中所述第一导电端被连通于所述第二导电端，所述电路板组件具有一上表面，所述第一导电端暴露于所述上表面位置，所述投射组件被可导通地连接于所述电路板组件的所述第一导电端，其中所述泛光灯和所述接收单元被分别安装于所述电子设备本体并且所述接收单元被可导通地连接于所述泛光灯的所述第二导电端以组成一TOF摄像模组。 【EN】The invention provides an electronic device with a floodlight and an assembling method thereof, wherein the electronic device comprises an electronic device body, a receiving unit and the floodlight, wherein the floodlight comprises a projection component and a circuit board component, wherein the projection component is used for projecting light rays, the circuit board component is provided with a first conductive end and a second conductive end, wherein the first conductive end is connected to the second conductive end, the circuit board assembly has an upper surface, the first conductive end is exposed at the upper surface location, the projection assembly is conductively connected to the first conductive end of the circuit board assembly, wherein the floodlight and the receiving unit are respectively installed on the electronic equipment body and the receiving unit is conductively connected with the second conductive end of the floodlight to form a TOF camera module.

摘要：【中文】本发明提供了一电路板组件及其制造方法和应用，其中所述电路板组件的制造方法包括如下步骤：在一基板的一上表面形成一第一线路层；在至少部分所述第一线路层的一上表面形成一第一导电层；以及在所述第一线路层和所述第一导电层一体成型一第一绝缘部，其中所述第一导电层在高度方向贯通所述第一绝缘部。 【EN】The invention provides a circuit board assembly and a manufacturing method and application thereof, wherein the manufacturing method of the circuit board assembly comprises the following steps: forming a first circuit layer on an upper surface of a substrate; forming a first conductive layer on an upper surface of at least a part of the first circuit layer; and a first insulating part is integrally formed on the first circuit layer and the first conductive layer, wherein the first conductive layer penetrates through the first insulating part in the height direction.

摘要：【中文】本申请涉及互联网技术领域，具体涉及一种产品维修信息的校验方法、装置、存储介质及电子设备。该方法包括：获取已维修产品的维修信息，维修信息包括维修所用配件的维修配件编码和配件编码对应的防伪码；判断维修配件编码对应的配件是否为已维修产品配套的配件；当所述维修配件编码对应的配件是已维修产品配套的配件时，对防伪码进行验证；当防伪码通过验证时，判定维修信息为真实的维修信息。解决了无法判断维修人员是否使用了本公司提供的正规配件对使用本公司电器的用户提供维修服务的问题。 【EN】The application relates to the technical field of internet, in particular to a method and a device for checking product maintenance information, a storage medium and electronic equipment. The method comprises the following steps: acquiring maintenance information of a maintained product, wherein the maintenance information comprises a maintenance accessory code of an accessory used for maintenance and an anti-counterfeiting code corresponding to the accessory code; judging whether the accessory corresponding to the maintenance accessory code is an accessory matched with a maintained product; when the accessory corresponding to the maintenance accessory code is the accessory matched with the maintained product, verifying the anti-counterfeiting code; and when the anti-counterfeiting code passes the verification, judging that the maintenance information is real maintenance information. The problem of whether can't judge the maintenance personal whether used the regular accessory that this company provided to provide maintenance service to the user who uses this company's electrical apparatus is solved.

摘要：【中文】本发明实施例公开了一种多级目标分类及交通标志检测方法和装置、设备、介质，其中多级目标分类方法包括：获得图像中至少一个目标对应的至少一个候选区域特征，所述图像中包括至少一个目标，每个所述目标对应一个候选区域特征；基于至少一个所述候选区域特征，得到对应至少两个大类的至少一个第一概率向量，并对每个所述大类进行分类，分别得到对应所述大类中至少两个小类的至少一个第二概率向量；基于所述第一概率向量和所述第二概率向量，确定所述目标属于所述小类的分类概率。本发明上述实施例，提升了图像中目标的分类准确率。本发明实施例中目标大小并不限定，可用于较大尺寸目标的分类，也可用于较小尺寸目标的分类。 【EN】The embodiment of the invention discloses a method, a device, equipment and a medium for multi-level target classification and traffic sign detection, wherein the multi-level target classification method comprises the following steps: obtaining at least one candidate region feature corresponding to at least one target in an image, wherein the image comprises at least one target, and each target corresponds to one candidate region feature; obtaining at least one first probability vector corresponding to at least two major classes based on at least one candidate region feature, classifying each major class, and respectively obtaining at least one second probability vector corresponding to at least two minor classes in the major classes; determining a classification probability that the target belongs to the subclass based on the first probability vector and the second probability vector. According to the embodiment of the invention, the classification accuracy of the target in the image is improved. The size of the target in the embodiment of the invention is not limited, and the method can be used for classifying the target with larger size and can also be used for classifying the target with smaller size.

摘要：【中文】本发明公开了一种用户行为的分析方法、装置、应用服务器以及计算机存储介质，方法包括：通过SDK埋点方式采集用户行为信息；对用户行为消息进行数据处理，并通过消息中间件将处理后的用户行为消息写入存储至数据库中；其中，所述数据处理包括分析以及消费；将所述处理后得到的用户行为信息经ETL抽取、转换以及加载后，以获得最终持久化于数据仓库的用户行为信息；对所述数据仓库的用户行为信息进行统计与分析，以得到用户行为可视化分析表。本发明能够对用户行为信息进行有效的整合，为企业提供报表层展现与分析，从而为企业领导提供决策依据。 【EN】The invention discloses a method and a device for analyzing user behaviors, an application server and a computer storage medium, wherein the method comprises the following steps: collecting user behavior information in an SDK (software development kit) point burying mode; performing data processing on the user behavior message, and writing and storing the processed user behavior message into a database through a message middleware; wherein the data processing comprises analysis and consumption; extracting, converting and loading the user behavior information obtained after the processing by ETL to obtain the final user behavior information which is persisted in a data warehouse; and carrying out statistics and analysis on the user behavior information of the data warehouse to obtain a user behavior visual analysis table. The invention can effectively integrate the user behavior information and provide report layer display and analysis for enterprises, thereby providing decision basis for enterprise leaders.

摘要：【中文】本发明为电路板组件和电路板组件半成品及其制造方法和带有所述电路板组件的泛光灯及其应用，提供了一电路板组件和带有所述电路板组件的TOF摄像模组及其应用，其中所述电路板组件用于支撑一电子元件，其包括一导电部和一绝缘部，其中所述绝缘部一体结合于所述导电部，并且所述导电部贯通于所述绝缘部，所述电子元件被支撑于所述导电部并且被连通于所述导电部，所述电子元件在工作时直接通过所述导电部散热。 【EN】The invention provides a circuit board assembly, a circuit board assembly semi-finished product, a manufacturing method of the circuit board assembly semi-finished product, a floodlight with the circuit board assembly and an application of the floodlight, and provides the circuit board assembly, a TOF camera module with the circuit board assembly and the application of the TOF camera module.

摘要：【中文】本发明公开了一种抗偏移的CCC‑S型无线电能传输系统及其参数设计方法，包括全桥逆变模块、LC滤波模块、原边CCC补偿网络、传输线圈、副边补偿网络和负载。全桥逆变模块可以产生高频的交流方波，为系统提供电能输入。LC滤波模块分别与全桥逆变模块和原边CCC补偿网络相连，滤除输入方波中除基频分量以外的谐波分量。原边CCC补偿网络与传输线圈中的原边线圈相连，通过适当的方法对原边CCC补偿网络进行元件参数设计，实现无线电能传输系统在较宽的耦合系数范围内保持系统输出功率的相对稳定。而副边补偿网络则与传输线圈中的副边线圈形成串联谐振，最终将电能输送给负载。本发明系统可在较宽的耦合系数范围内实现平稳的功率输出，利于提高抗偏移能力。 【EN】The invention discloses an anti-offset CCC-S type wireless power transmission system and a parameter design method thereof. The full-bridge inversion module can generate high-frequency alternating-current square waves and provides electric energy input for the system. And the LC filtering module is respectively connected with the full-bridge inversion module and the primary side CCC compensation network and filters harmonic components except the fundamental frequency component in the input square wave. The primary CCC compensation network is connected with the primary coil in the transmission coil, and element parameter design is carried out on the primary CCC compensation network through a proper method, so that the wireless power transmission system can keep the output power of the system relatively stable in a wider coupling coefficient range. And the secondary compensation network forms series resonance with a secondary coil in the transmission coil, and finally transmits the electric energy to the load. The system can realize stable power output in a wider coupling coefficient range, and is beneficial to improving the anti-offset capability.

摘要：【中文】本发明公开了一种无线电能传输系统E类逆变器ZVS工作的参数设计方法，首先利用互感模型将接收侧阻抗折算成原边负载等效阻抗，再根据Raab条件计算出E类逆变器的输入扼流电感、开关管并联电容以及原边补偿电容的电气参数，接着借助电路仿真软件对所设计的系统进行仿真实验并观察E类开关管两端的电压波形是否实现软开关开通(ZVS)；若满足软开关开通则设计流程结束，否则可先减小开关管并联电容的电容值，再增大原边补偿电容的电容值，再通过仿真软件观察E类开关管是否实现ZVS，重复上述操作直至E类开关管实现ZVS为止。本发明可以对无线电能传输系统E类逆变器的电容参数进行快速调整，从而使E类开关管工作在ZVS的工作条件下，这有利于减小开关管的开通损耗。 【EN】The invention discloses a ZVS (zero voltage switching) working parameter design method for a class-E inverter of a wireless power transmission system, which comprises the steps of firstly converting impedance of a receiving side into equivalent impedance of a primary side load by using a mutual inductance model, then calculating electrical parameters of an input choke inductor, a parallel capacitor of a switching tube and a primary side compensation capacitor of the class-E inverter according to Raab conditions, and then carrying out a simulation experiment on the designed system by using circuit simulation software and observing whether voltage waveforms at two ends of the class-E switching tube realize soft switching on (ZVS); if the soft switch is switched on, the design process is finished, otherwise, the capacitance value of a parallel capacitor of the switching tube can be reduced, the capacitance value of the primary side compensation capacitor is increased, whether the class E switching tube realizes ZVS or not is observed through simulation software, and the operation is repeated until the class E switching tube realizes ZVS. The invention can quickly adjust the capacitance parameter of the E-type inverter of the wireless power transmission system, thereby enabling the E-type switching tube to work under the ZVS working condition, which is beneficial to reducing the switching loss of the switching tube.

摘要：【中文】本发明公开了一种微流控阻抗式生物在线检测装置，属于微流控生物检测技术领域，一种微流控阻抗式生物在线检测装置，包括主机、阻抗分析仪、多路转换器和检测主体，主机和阻抗分析仪连接，阻抗分析仪和多路转换器连接，多路转换器和检测主体连接，检测主体包括从上往下依次分布的微流控芯片、收集板和防溢板，微流控芯片的上端固定连接有引入管和引出管，引入管和引出管的内部均固定连接有单向阀，本发明通过收集板和防溢板的设置，不仅减少了样品引入时的溢出情况，还方便对溢出以及引出的样品试剂进行收集，减轻了样品引出难度，提高了样品引出效率，减小了样品对微流控芯片表面的污染，提高了样品检测效率。 【EN】The invention discloses a microfluidic impedance type online biological detection device, which belongs to the technical field of microfluidic biological detection and comprises a host, an impedance analyzer, a multiplexer and a detection main body, wherein the host is connected with the impedance analyzer, the impedance analyzer is connected with the multiplexer, the multiplexer is connected with the detection main body, the detection main body comprises a microfluidic chip, a collection plate and an anti-overflow plate which are sequentially distributed from top to bottom, the upper end of the microfluidic chip is fixedly connected with an inlet tube and an outlet tube, and the interiors of the inlet tube and the outlet tube are fixedly connected with a one-way valve. The sample detection efficiency is improved.

摘要：【中文】本发明公开了一种微流控阻抗式生物的在线检测装置，属于生物检测领域，一种微流控阻抗式生物的在线检测装置，本发明通过将微流控芯片系统、阻抗检测处理系统和主设备系统三者有效集成为一种可便携的智能设备，使富集、反应、检测、分析等过程均能实现自动化，只需要注入检测物即能实现检测并显示结果，检测灵敏度高，操作简单，成本低，整体运行性良好；通过纳米磁颗粒耦合抗体，在磁场发生器作用下生物抗体固定在金叉指电极上，可以有效地特异性富集和捕捉生物抗原，并且利用滤膜过滤掉较大杂质颗粒，提高了检测灵敏度；当金叉指电极不发生作用时，生物抗体脱离金叉指电极，便于微通道清洗，实现微流控芯片的循环使用。 【EN】The invention discloses an online detection device of a microfluidic impedance type organism, which belongs to the field of biological detection, and is a portable intelligent device by effectively integrating a microfluidic chip system, an impedance detection processing system and a main equipment system, so that the processes of enrichment, reaction, detection, analysis and the like can be automated, the detection and the result display can be realized only by injecting a detection object, and the online detection device has the advantages of high detection sensitivity, simple operation, low cost and good overall operability; the nano magnetic particles are coupled with the antibody, the biological antibody is fixed on the gold interdigital electrode under the action of the magnetic field generator, so that the biological antigen can be effectively and specifically enriched and captured, and larger impurity particles are filtered by using a filter membrane, so that the detection sensitivity is improved; when the gold interdigital electrode does not act, the biological antibody is separated from the gold interdigital electrode, so that the cleaning of the micro-channel is facilitated, and the recycling of the micro-fluidic chip is realized.