摘要：【中文】本发明公开了一种用于锂电池生产的夹紧整平方法，设置锂电池取放机械手，在锂电池取放机械手上设置吹气整平装置，吹气整平装置包括吹气管道，吹气管道设置在锂电池夹手的前侧或后侧，吹气管道对应锂电池夹手的左右两侧分别设置有整平吹气孔，吹气管道对应锂电池夹手左右两侧的整平吹气孔之间的距离大于锂电池的厚度；锂电池取放机械手通过锂电池夹手夹住软包锂电池的气袋部分，然后进行移动取放，在将软包锂电池的电池本体部分放入测试夹具的槽位之前，启动吹气整平装置，气源通过吹气管道然后由整平吹气孔吹出，从而将锂电池夹手上的向左歪或者向右歪的锂电池本体部分整平摆正。还公开了实施所述用于锂电池生产的夹紧整平方法的吹气整平装置。 【EN】The invention discloses a clamping and leveling method for lithium battery production, which comprises a lithium battery taking and placing mechanical arm, wherein a blowing leveling device is arranged on the lithium battery taking and placing mechanical arm, the blowing leveling device comprises a blowing pipeline, the blowing pipeline is arranged at the front side or the rear side of a lithium battery clamp, the left side and the right side of the blowing pipeline corresponding to the lithium battery clamp are respectively provided with a leveling blowing hole, and the distance between the leveling blowing holes of the blowing pipeline corresponding to the left side and the right side of the lithium battery clamp is greater than the thickness of a lithium battery; the lithium cell is got and is put the air pocket part that the manipulator cliied soft packet of lithium cell through the lithium cell tong, then removes and get, before the trench of putting test fixture into with the battery body part of soft packet of lithium cell, starts the leveling device that blows, and the air supply is through the pipeline of blowing then blow off by the flattening hole of blowing to askew left or askew right lithium cell body part flattening with on the lithium cell tong is just adjusted. The air blowing leveling device for implementing the clamping leveling method for lithium battery production is also disclosed.

摘要：【中文】本申请公开了一种跨座式单轨列车部件磨耗检测设备及其检测方法，涉及列车磨耗检测技术领域，包括一种跨座式单轨列车部件磨耗检测设备，包括设置有供能装置的密封外壳体，所述外壳体的一侧设置有两个光学镜片，并在所述外壳体内设置有分别与相应的所述光学镜片匹配的面阵工业相机和一字线型激光器，所述面阵工业相机通过图像采集卡与工控机连接，所述激光器通过相应的所述光学镜片向测量物品横截面垂直投射一字线型激光，所述面阵工业相机通过相应的所述光学镜片拍摄激光光条图像。本申请具有密封性能强、使用寿命长且检测精准的效果，实现基于结构光成像的，非接触式、实时通过式的在线检测技术；降低养护成本，检测设备维护费用低，节约成本。 【EN】The application discloses a straddle type monorail train part wearing and tearing check out test set and detection method thereof relates to train wearing and tearing and detects technical field, including a straddle type monorail train part wearing and tearing check out test set, including the sealed shell body that is provided with energy supply device, one side of shell body is provided with two optical lens, and be provided with respectively in the shell body with corresponding area array industry camera and the straight line type laser instrument that optical lens matches, area array industry camera passes through image acquisition card and is connected with the industrial computer, the laser instrument is through corresponding optical lens throws straight line type laser perpendicularly to measuring article cross section, area array industry camera is through corresponding optical lens shoots laser striation image. The method has the effects of strong sealing performance, long service life and accurate detection, and realizes a non-contact real-time through type online detection technology based on structured light imaging; the maintenance cost is reduced, the maintenance cost of the detection equipment is low, and the cost is saved.

摘要：【中文】本申请公开了一种不间断电源及其控制方法，涉及供电控制领域。上述不间断电源内部设置有第一接口、第二接口、第一开关、第二开关和第三开关，上述第一接口用于与第一外部电源、第二外部电源和第一负载连接，上述第二接口用于与第二外部电源连接，第一开关的一端分别与第一接口和第二开关的一端连接，第一开关的另一端与电源变换本体的输出端连接；第二开关的一端分别与第一接口和第一开关的一端连接，第二开关的另一端分别与电源变换本体的输入端和第三开关的另一端连接；第三开关的一端与第二接口连接，第三开关的另一端与电源变换本体的输入端连接。本申请方案提供的控制方法可以增加供电系统的可靠性。 【EN】The application discloses an uninterruptible power supply and a control method thereof, and relates to the field of power supply control. The uninterruptible power supply is internally provided with a first interface, a second interface, a first switch, a second switch and a third switch, the first interface is used for being connected with a first external power supply, a second external power supply and a first load, the second interface is used for being connected with a second external power supply, one end of the first switch is respectively connected with one end of the first interface and one end of the second switch, and the other end of the first switch is connected with the output end of the power conversion body; one end of the second switch is connected with the first interface and one end of the first switch respectively, and the other end of the second switch is connected with the input end of the power conversion body and the other end of the third switch respectively; one end of the third switch is connected with the second interface, and the other end of the third switch is connected with the input end of the power conversion body. The control method provided by the scheme of the application can increase the reliability of the power supply system.

摘要：【中文】本发明公开了一种SAR型ADC的增益误差的校准装置及其校准方法，属于ADC转换增益误差的校正领域。本发明的校准装置，引入增益误差校准电容阵列对增益误差进行校准，可有效减小增益误差，提高ADC的转换精度。该增益误差校准技术具有双极性增益误差可校准性；该增益误差校准具有校准精度可调节性，可对不同极性和幅度的增益误差实现调整。本发明的校准方法，在校准时不影响正常的AD转换。 【EN】The invention discloses a calibration device and a calibration method for gain errors of an SAR type ADC (analog to digital converter), belonging to the field of correction of ADC conversion gain errors. According to the calibration device, the gain error calibration capacitor array is introduced to calibrate the gain error, so that the gain error can be effectively reduced, and the conversion precision of the ADC is improved. The gain error calibration technique has bipolar gain error calibratability; the gain error calibration has the adjustability of calibration precision and can realize the adjustment of gain errors with different polarities and amplitudes. The calibration method of the invention does not affect the normal AD conversion during calibration.

摘要：【中文】一种反射式在线涂层测厚仪，包括安装台、滑台、限位开关、电机、控制柜和测厚部件；滑台设于安装台的一侧，所述测厚部件移动式嵌合在滑台中，并通过电机驱动进行运动。本测厚仪采用可见光进行在线测膜厚，除了规避红外、射线法存在的问题，本测厚仪测量范围宽，测量精度高，是目前在线涂层厚度测量最理想的测量方法。 【EN】A reflective online coating thickness gauge comprises an installation table, a sliding table, a limit switch, a motor, a control cabinet and a thickness measuring component; the sliding table is arranged on one side of the mounting table, and the thickness measuring component is movably embedded in the sliding table and driven by a motor to move. The thickness gauge adopts visible light to measure the thickness of the coating on line, avoids the problems of an infrared method and a ray method, has wide measurement range and high measurement precision, and is the most ideal measurement method for measuring the thickness of the coating on line at present.

摘要：【中文】本发明具体涉及一种基于刺激信号诱发脑电波的信息传输方法，属于信息安全及加密传输技术领域。依托的信息传输系统包括资料库、系统数据库、客户端、合法用户以及脑电波测试装置；所述信息传输方法，包括：步骤1.信息采集，输出对合法用户脑电波采样的原始采样值数据；步骤2.用户登记，具体包括信号处理、特征统计与密钥生成及入库；步骤3.用户鉴权，包括：进行单次脑电采集测试；2)生成对照密钥串；3)并调出量化密钥串及用户识别标签；4)将用户识别标签发送到客户端,随机选取点位，将位置信息及对照密钥串发给系统数据库；5)计算并判断密钥误比特率合法用户与资料库间建立安全连接并信息传递；所述方法具有极佳的安全和隐蔽性。 【EN】The invention particularly relates to an information transmission method based on brain waves induced by stimulation signals, and belongs to the technical field of information security and encryption transmission. The supported information transmission system comprises a database, a system database, a client, a legal user and a brain wave testing device; the information transmission method comprises the following steps: step 1, information acquisition, namely outputting original sampling value data for sampling brain waves of legal users; step 2, user registration, specifically including signal processing, feature statistics, key generation and warehousing; step 3, user authentication, comprising: carrying out single electroencephalogram acquisition test; 2) generating a comparison key string; 3) and call out the quantized key string and user identification label; 4) sending the user identification tag to a client, randomly selecting point locations, and sending the position information and the comparison key string to a system database; 5) calculating and judging the safe connection and information transmission between the legal user of the key bit error rate and the database; the method has excellent safety and concealment.

摘要：【中文】一种高质量氧化镓(Ga₂O₃)薄膜及其同质外延生长方法，属于半导体薄膜材料制备技术领域。依次由β‑Ga₂O₃单晶衬底、低温Ga₂O₃薄膜层、温度渐变Ga₂O₃薄膜层和高温Ga₂O₃薄膜层组成。各Ga₂O₃薄膜层均由高温MOCVD工艺外延生长得到。低温Ga₂O₃薄膜层以β‑Ga₂O₃单晶为衬底，避免了衬底和薄膜的晶格失配，同时插入温度渐变Ga₂O₃薄膜层能够降低单晶衬底中缺陷对薄膜的影响，并抑制薄膜外延生长过程中缺陷的产生，进而有效提高薄膜晶体质量。本发明解决了高质量Ga₂O₃薄膜材料的外延生长问题，克服了目前Ga₂O₃异质与同质外延生长晶体质量差，影响Ga₂O₃基功率器件性能的问题，为今后Ga₂O₃基功率器件的制备打下坚实的基础。 【EN】High-quality gallium oxide (Ga)₂O₃) A film and a homoepitaxial growth method thereof, which belong to the technical field of semiconductor film material preparation and are prepared from β -Ga₂O₃Single crystal substrate, low temperature Ga₂O₃Thin film layer, temperature gradient Ga₂O₃Thin film layer and high temperature Ga₂O₃And (5) forming a thin film layer. Each Ga₂O₃The thin film layers are obtained by epitaxial growth of a high-temperature MOCVD process. Low temperature Ga₂O₃The thin film layer is formed from β -Ga₂O₃The single crystal is used as a substrate, the lattice mismatch of the substrate and the film is avoided, and the Ga with gradually changed temperature is inserted₂O₃The film layer can reduce the influence of defects in the single crystal substrate on the film, inhibit the generation of defects in the epitaxial growth process of the film and further effectively improve the crystal quality of the film. The invention solves the problem of high-quality Ga₂O₃The epitaxial growth problem of the film material is solved, and the present Ga is overcome₂O₃The quality of the heteroepitaxial and homoepitaxial growth crystals is poor, and Ga is influenced₂O₃The problem of performance of the base power device is Ga in the future₂O₃The preparation of the base power device lays a solid foundation.

摘要：【中文】本发明实施例提供一种面向仿冒域名的自适应安全威胁分析方法及系统，该方法包括：根据已有的可信域名集合，获取每一可信域名的多个疑似域名，每一可信域名和对应的一个疑似域名构成一个域名对；根据每一域名对中两个域名的域名信息及域名网页内容，确定所述域名对的多个核查指标的量化值；根据所述多个核查指标的量化值，以及每个核查指标的预设权重，得到所述域名对中疑似域名的可信度，以表征所述疑似域名对于可信域名的威胁程度。该方法能建立全面的疑似域名评估指标体系，而非事后检测和紧急处置。有利于域名仿冒分析的量化，以表征各疑似域名的威胁程度。可通过网络实时数据流量获得疑似域名，能够实现主动的、持续性的实时威胁检测。 【EN】The embodiment of the invention provides a self-adaptive security threat analysis method and a self-adaptive security threat analysis system for counterfeit domain names, wherein the method comprises the following steps: according to an existing credible domain name set, acquiring a plurality of suspected domain names of each credible domain name, wherein each credible domain name and a corresponding suspected domain name form a domain name pair; determining quantitative values of a plurality of checking indexes of each domain name pair according to domain name information and domain name webpage contents of two domain names in each domain name pair; and obtaining the credibility of the suspected domain name in the domain name pair according to the quantized values of the plurality of check indexes and the preset weight of each check index so as to represent the threat degree of the suspected domain name to the credible domain name. The method can establish a comprehensive suspected domain name evaluation index system, and does not adopt post detection and emergency treatment. The method is beneficial to the quantification of domain name counterfeiting analysis so as to represent the threat degree of each suspected domain name. The suspected domain name can be obtained through the real-time data flow of the network, and active and continuous real-time threat detection can be realized.

摘要：【中文】本发明提供了一种整车能量流测试系统及方法，涉及整车能量流测试技术领域。该整车能量流测试系统包括上位机和与上位机通信连接的数据采集单元，数据采集单元用于同步采集并记录整车的多个子系统的实时数据，并将实时数据传递至上位机。上位机用于接收并监测实时数据，以获取整车级能量流。该整车能量流测试系统能够实现整车级的能量流测试，了解分析整车在不同使用环境、不同使用工况下能量流情况，从而为整车各系统、各部件效率优化及降低整车能量消耗率提供依据和支撑，提高整车系统集成匹配能力，优化整车架构及整车控制策略。 【EN】The invention provides a whole vehicle energy flow testing system and method, and relates to the technical field of whole vehicle energy flow testing. The finished automobile energy flow testing system comprises an upper computer and a data acquisition unit in communication connection with the upper computer, wherein the data acquisition unit is used for synchronously acquiring and recording real-time data of a plurality of subsystems of a finished automobile and transmitting the real-time data to the upper computer. The upper computer is used for receiving and monitoring real-time data so as to obtain the whole vehicle-level energy flow. The whole vehicle energy flow test system can realize the whole vehicle-level energy flow test, and understand and analyze the energy flow condition of the whole vehicle under different use environments and different use working conditions, so that a basis and a support are provided for the efficiency optimization of each system and each component of the whole vehicle and the reduction of the energy consumption rate of the whole vehicle, the integration matching capability of the whole vehicle system is improved, and the whole vehicle framework and the whole vehicle control strategy are optimized.

摘要：【中文】本发明的实施例提供了一种坡道辅助起步控制方法、坡道辅助起步控制系统和车辆，涉及车辆控制系统技术领域。该坡道辅助起步控制方法包括建立防溜坡扭矩值预测机制；根据防溜坡扭矩值预测机制，计算防溜坡扭矩预测值；获取整车行驶状态信息；根据行驶状态信息，控制驱动电机系统进入坡道辅助起步模式；根据防溜坡扭矩预测值，输出防溜坡扭矩目标值，并进入维持零转速的扭矩控制系统。该坡道辅助起步控制方法能够确定车辆在坡道上静止所需的防溜坡扭矩值，防止车辆后溜，有助于实现车辆的坡道起步。 【EN】The embodiment of the invention provides a hill start assisting control method, a hill start assisting control system and a vehicle, and relates to the technical field of vehicle control systems. The hill auxiliary starting control method comprises the steps of establishing a hill-slip prevention torque value prediction mechanism; calculating a predicted value of the slope slipping prevention torque according to a slope slipping prevention torque value prediction mechanism; acquiring the running state information of the whole vehicle; controlling the driving motor system to enter a hill auxiliary starting mode according to the driving state information; and outputting a target value of the slope slipping prevention torque according to the predicted value of the slope slipping prevention torque, and entering a torque control system for maintaining zero rotating speed. The hill start assisting control method can determine the anti-creep torque value required by the vehicle to be stationary on the hill, prevent the vehicle from slipping backwards and contribute to realizing hill start of the vehicle.