摘要：【中文】本发明公开了一种用于平头微铣削刀具磨损预测和加工参数优化的通用方法，其步骤包括：1根据微铣削加工参数、材料加工性能和切削长度，分别建立包含未知参数的微铣刀月牙洼磨损模型、后刀面磨损模型和径向磨损模型；2根据实验得到的微铣刀磨损数据，采用数值方法分别标定微铣刀具磨损模型中的参数；3将标定的参数分别代入磨损模型中，得到微铣刀磨损模型，实现微铣削过程中刀具磨损预测；4将月牙洼磨损、后刀面磨损和径向磨损的整体最小化作为目标函数，以刀具磨钝标准为约束条件，实现微铣削加工参数的优化。本发明能预测不同参数、不同加工材料及不同切削长度情况下的刀具磨损量，显著提升预测微铣削刀具磨损方法的普适性和通用性。 【EN】The invention discloses a general method for predicting wear of a flat-head micro-milling cutter and optimizing machining parameters, which comprises the following steps: 1, respectively establishing a micro milling cutter crater wear model, a rear cutter face wear model and a radial wear model containing unknown parameters according to micro milling parameters, material processing performance and cutting length; 2, according to the wear data of the micro milling cutter obtained by the experiment, parameters in a wear model of the micro milling cutter are respectively calibrated by adopting a numerical method; 3, respectively substituting the calibrated parameters into the wear model to obtain a micro milling cutter wear model, and realizing cutter wear prediction in the micro milling process; and 4, integrally minimizing the crater abrasion, the rear cutter face abrasion and the radial abrasion as a target function, and optimizing micro-milling parameters by taking the cutter dull standard as a constraint condition. The method can predict the cutter abrasion loss under the conditions of different parameters, different processing materials and different cutting lengths, and obviously improves the universality and the universality of the method for predicting the abrasion of the micro-milling cutter.

摘要：【中文】本发明涉及一种用于激光干涉仪速度校准的装置和方法，目的是为了解决现有的激光干涉仪测速设备校准过程中缺乏标准速度源、难以保证校准精度的技术问题。采用如下技术方案：一种用于激光干涉仪速度校准的装置，它包括激光器、光电传感器、示波器、原向反射屏、转速可调圆盘、漫反射涂层、可升降平台、精密平移台、激光收发器、信号频谱分析仪和待校准激光干涉仪；其中转速可调圆盘作为速度源，其利用直流电源供电，可提供稳定的、可变的转速，转速可调圆盘旋转产生的切向速度分解后的纵向速度作为标准速度源速度。通过激光器、原向反射屏、光电传感器和示波器可精确测量转速可调圆盘的转速，即而得出标准速度源速度，减小校准误差。 【EN】The invention relates to a device and a method for calibrating the speed of a laser interferometer, aiming at solving the technical problems that the existing laser interferometer speed measuring equipment lacks a standard speed source and is difficult to ensure the calibration precision in the calibration process. The following technical scheme is adopted: a device for calibrating the speed of a laser interferometer comprises a laser, a photoelectric sensor, an oscilloscope, a primary reflecting screen, a rotating speed adjustable disc, a diffuse reflection coating, a liftable platform, a precise translation table, a laser transceiver, a signal spectrum analyzer and a laser interferometer to be calibrated; the rotation speed adjustable disc is used as a speed source, a direct current power supply is used for supplying power, stable and variable rotation speed can be provided, and the longitudinal speed generated by the rotation of the rotation speed adjustable disc after the tangential speed is decomposed is used as the standard speed source speed. The rotating speed of the rotating speed adjustable disc can be accurately measured through the laser, the primary reflecting screen, the photoelectric sensor and the oscilloscope, namely, the standard speed source speed is obtained, and the calibration error is reduced.

摘要：【中文】本发明公开一种应用于ATCA架构的高速PCI Express转接驱动单元，包括：一扣板，包两组插座，一组和处理器刀片上的ZONE 3内的插头互连，一组与转接前单板上的ZONE 3内的插头连接；一转接前单板，包括：ZONE 3内的插头、信号驱动组件、PCI Express插槽和电源组件。本发明使各类功能卡，能方便的在ATCA架构中安装、使用、测试与调试，拓展了各类PCI Express功能卡的应用领域。同时拓展了ATCA架构自身应用领域降低应用成本，使ATCA架构不仅应用在传统电信领域，还可应用于人工智能、高性能计算、大数据处理等新兴领域。 【EN】The invention discloses a high-speed PCI Express switching drive unit applied to an ATCA framework, which comprises: the buckle plate comprises two groups of sockets, one group of sockets is interconnected with the plug in the ZONE3 on the processor blade, and the other group of sockets is connected with the plug in the ZONE3 on the single board before switching; a pre-transit veneer, comprising: a plug, signal driver component, PCI Express slot, and power supply component within ZONE 3. The invention can conveniently install, use, test and debug various functional cards in an ATCA framework, and expands the application field of various PCI Express functional cards. Meanwhile, the application field of the ATCA architecture is expanded, and the application cost is reduced, so that the ATCA architecture is not only applied to the field of traditional telecommunication, but also can be applied to emerging fields such as artificial intelligence, high-performance computing, big data processing and the like.

摘要：【中文】本发明公开了一种贷后管理频次控制方法、装置及电子设备，所述方法包括：在根据客户属性及客户评估规则将逾期客户分到不同队列中；配置各个队列中逾期客户贷后管理号码的单日拨打频次的上限；判断当前贷后管理号码是否出现在不同逾期案件中；若当前贷后管理号码出现在不同逾期案件中，根据当前贷后管理号码所处的队列及当前贷后管理号码与逾期客户的关系确定当前贷后管理号码单日拨打频次的上限。本发明综合考虑客户逾期的客观及主观因素、贷后管理号码是否出现在多个逾期案件中，以及贷后管理号码与逾期客户的关系确定贷后管理号码单日拨打频次的上限，提高贷后管理效率的同时提高用户体验，减少线路投诉。 【EN】The invention discloses a method and a device for controlling post-loan management frequency and electronic equipment, wherein the method comprises the following steps: classifying overdue clients into different queues according to client attributes and client evaluation rules; configuring the upper limit of the single-day dialing frequency of the overdue customer post-loan management numbers in each queue; judging whether the current post-loan management number appears in different overdue cases; and if the current post-loan management number appears in different overdue cases, determining the upper limit of the single-day dialing frequency of the current post-loan management number according to the queue of the current post-loan management number and the relationship between the current post-loan management number and the overdue client. The invention comprehensively considers objective and subjective factors of overdue clients, whether the post-loan management number appears in a plurality of overdue cases and the relation between the post-loan management number and the overdue clients to determine the upper limit of the single-day dialing frequency of the post-loan management number, thereby improving the post-loan management efficiency, improving the user experience and reducing the line complaints.

摘要：【中文】本发明公开了一种非主观原因逾期客户甄别提醒方法、装置及电子设备，所述方法包括：显示逾期客户配置；检测用户对所述逾期客户配置的选取操作；获取所述选取操作对应的非主观原因逾期客户配置，并根据所述非主观原因逾期客户配置生成非主观原因逾期客户信息；根据所述非主观原因逾期客户信息向所述非主观原因逾期客户提醒逾期信息。通过本发明，用户只需在可视化界面中对逾期客户配置进行逻辑选取，即可实现非主观逾期客户的自动甄别提醒和提醒，节约人力的同时，保证高时效性，能有效避免客户因非主观原因产生费息、影响个人征信的问题。 【EN】The invention discloses a method and a device for reminding overdue clients of non-subjective reasons by screening and electronic equipment, wherein the method comprises the following steps: displaying overdue customer configurations; detecting the selection operation of the overdue customer configuration by the user; acquiring non-subjective reason overdue client configuration corresponding to the selection operation, and generating non-subjective reason overdue client information according to the non-subjective reason overdue client configuration; and reminding the overdue information to the overdue client with the non-subjective reason according to the information of the overdue client with the non-subjective reason. According to the invention, the user can realize automatic discrimination reminding and reminding of non-subjective overdue clients only by logically selecting overdue client configuration in the visual interface, so that the labor is saved, the high timeliness is ensured, and the problems that the clients generate charges and influence personal information due to non-subjective reasons can be effectively avoided.

摘要：【中文】本发明公开了一种基于SIP协议的外呼拨号方法、装置及电子设备，所述方法包括：为话务平台单个坐席配置多个外呼线路；获取目标外呼线路；控制目标外呼线路对应的线路供应商通过所述目标外呼线路发起外呼拨号。通过本发明可实现同一座席对应多个SIP线路进行外呼拨号，能够有效提升拨号覆盖率，解决全国外呼盲区问题；同时也能避免恶意线路投诉造成坐席无法呼出的问题，满足不同应用场合的需求。 【EN】The invention discloses an outbound dialing method, device and electronic equipment based on an SIP protocol, wherein the method comprises the following steps: configuring a plurality of outbound lines for a single seat of a telephone traffic platform; acquiring a target outbound line; and controlling a line provider corresponding to the target outbound line to initiate outbound dialing through the target outbound line. The invention can realize that the same seat corresponds to a plurality of SIP lines to carry out outbound dialing, can effectively improve the dialing coverage rate and solve the problem of outbound blind areas in China; meanwhile, the problem that the seat cannot be called out due to malicious line complaints can be avoided, and the requirements of different application occasions are met.

摘要：【中文】本发明公开了一种LVDS转USB3.0适配器，包括FPGA芯片XC3S400、USB接口芯片CYUSB3014、LVDS接收器DS90LV031和RS‑422驱动器DS26LV31，还包括LVDS数传接口、RS422数管接口以及USB3.0接口；所述LVDS转USB3.0适配器用于星载或机载光谱仪连接地面检测平台时，可直接接收光谱仪发送的LVDS串行图像数据，将其转换成地面检测平台可以识别的USB接口数据。并且，地面检测平台同时可以利用同一个USB接口，通过该适配器向光谱仪发送RS‑422数管控制指令，如图像启停、曝光时间、增益等控制命令，以及时间码信息、卫星或飞机模拟姿态等信息。解决了具有标准航空接口的光谱仪在研制过程中，在地面无法直接连接地检平台的笔记本电脑的问题。 【EN】The invention discloses an LVDS-to-USB 3.0 adapter, which comprises an FPGA chip XC3S400, a USB interface chip CYUSB3014, an LVDS receiver DS90LV031, an RS-422 driver DS26LV31, an LVDS data transmission interface, an RS422 data pipe interface and a USB3.0 interface; the LVDS-to-USB 3.0 adapter is used for directly receiving LVDS serial image data sent by a spectrometer and converting the LVDS serial image data into USB interface data which can be identified by a ground detection platform when the satellite-borne or airborne spectrometer is connected with the ground detection platform. And meanwhile, the ground detection platform can send RS-422 numerical control instructions, such as control commands of image start-stop, exposure time, gain and the like, and information such as time code information, satellite or airplane simulated attitude and the like to the spectrometer through the adapter by using the same USB interface. The problem that the spectrometer with the standard aviation interface cannot directly and continuously detect the notebook computer of the platform on the ground in the development process is solved.

摘要：【中文】本发明的一种无人机载污染气体分布检测装置，可解决现有成像差分吸收光谱仪及其配套电路系统体积较大，不适合搭载无人机平台使用的技术问题。包括紫外镜头、入射狭缝、凹面反射镜、凸面光栅和CCD，还包括CCD驱动电路板和CCD成像控制电路板；所述CCD紧贴在散热块上，CCD引脚通过飞线方式穿过散热块的窗口连接到CCD驱动电路板；CCD成像控制电路板通过排针方式与CCD驱动电路板连接。成像控制电路板集成SD卡模块，可实现飞行过程中数据存储。本发明针对无人机平台特点，设计了基于无人机载平台的污染气体分布检测装置，体积小、重量轻，可在地面通过计算机连接装置，通过上位机软件设置CCD成像电路参数，适应无人机平台。 【EN】The unmanned aerial vehicle-mounted polluted gas distribution detection device can solve the technical problems that an existing imaging differential absorption spectrometer and a matched circuit system thereof are large in size and are not suitable for being used for carrying an unmanned aerial vehicle platform. The device comprises an ultraviolet lens, an incident slit, a concave reflector, a convex grating and a CCD, and also comprises a CCD driving circuit board and a CCD imaging control circuit board; the CCD is tightly attached to the heat dissipation block, and the CCD pin penetrates through the window of the heat dissipation block in a flying line mode to be connected to the CCD driving circuit board; the CCD imaging control circuit board is connected with the CCD driving circuit board in a pin header mode. The imaging control circuit board is integrated with the SD card module, and data storage in the flight process can be realized. Aiming at the characteristics of the unmanned aerial vehicle platform, the invention designs the pollution gas distribution detection device based on the unmanned aerial vehicle platform, has small volume and light weight, can set CCD imaging circuit parameters on the ground through a computer connecting device and upper computer software, and is suitable for the unmanned aerial vehicle platform.

摘要：【中文】本发明涉及谷物烘干机技术领域，是一种多频层振动谷物烘干机，其包括机体，所述机体内具有腔室，沿腔室的长度方向通过两个竖向的隔板将腔室分割成预热室、高温室以及中温室，腔室的中部固定安装有水平支撑板，在水平支撑板上设有上下方向的排气孔，水平支撑板和隔板将预热室分割成预热上腔室和预热下腔室，水平支撑板和隔板将高温室分割成高温上腔室和高温下腔室，水平支撑板和隔板将中温室分割成中温上腔室和中温下腔室；采用本发明提供的多频层振动谷物烘干机，通过传送带分别进入预热上腔室、高温上腔室以及中温上腔室，谷物受热均匀，烘干后品质佳。 【EN】The invention relates to the technical field of grain dryers, in particular to a multi-frequency layer vibration grain dryer which comprises a machine body, wherein a cavity is arranged in the machine body, the cavity is divided into a preheating chamber, a high-temperature chamber and a middle-temperature chamber by two vertical partition plates along the length direction of the cavity, a horizontal support plate is fixedly arranged in the middle of the cavity, exhaust holes in the vertical direction are formed in the horizontal support plate, the preheating chamber is divided into an upper preheating chamber and a lower preheating chamber by the horizontal support plate and the partition plates, the high-temperature chamber is divided into an upper high-temperature chamber and a lower high-temperature chamber by the horizontal support plate and the partition plates, and the middle-temperature chamber is divided into an upper middle-temperature chamber and; by adopting the multi-frequency-layer vibrating grain dryer provided by the invention, grains respectively enter the preheating upper chamber, the high-temperature upper chamber and the medium-temperature upper chamber through the conveyor belt, the grains are uniformly heated, and the quality of the grains after being dried is good.

摘要：【中文】本发明公开了一种双波长激光交叉跳频调Q输出激光器及激光输出方法，其特征在于，所述激光器包括第二泵浦源、第二光纤、第二耦合透镜组、第二激光全反射镜、第二激光增益介质、第二起偏器、四分之一波片、第二45°反射镜、第二激光输出镜、电光调Q晶体、第一激光输出镜、第一45°反射镜、第一起偏器、第一激光增益介质、第一激光全反射镜、第一耦合透镜组、第一光纤和第一泵浦源。本发明通过随时间变化跳跃式地对两激光增益介质进行脉冲泵浦，实现双波长激光交叉跳频调Q输出。 【EN】The invention discloses a dual-wavelength laser cross hopping frequency modulation Q output laser and a laser output method, and is characterized in that the laser comprises a second pumping source, a second optical fiber, a second coupling lens group, a second laser holophote, a second laser gain medium, a second polarizer, a quarter wave plate, a second 45-degree reflector, a second laser output mirror, an electro-optic Q modulation crystal, a first laser output mirror, a first 45-degree reflector, a first polarizer, a first laser gain medium, a first laser holophote, a first coupling lens group, a first optical fiber and a first pumping source. The invention realizes the Q output of the cross-hopping frequency modulation of the dual-wavelength laser by carrying out pulse pumping on two laser gain media in a jumping manner along with the change of time.