摘要：【中文】本发明提出了一种基于综合工况的滑行能量回收模式切换方法、装置及汽车。该方法包括：在车辆智能滑行模式开启状态下，当车辆处于滑行状态时，判断滑行能量回收功能是否开启；如果滑行能量回收功能已经开启，则获取综合工况信息，并基于综合工况信息切换滑行能量回收模式。本发明利用ADAS系统获取路况信息，整车控制模块通过道路状态信息及驾驶员驾驶意图进行算法处理，判断车辆是否进入滑行能量回收模式，减少了不必要的能量回收过程，提高动系统综合效率，提高了驾驶员的驾驶感受。 【EN】The invention provides a sliding energy recovery mode switching method and device based on comprehensive working conditions and an automobile. The method comprises the following steps: under the starting state of the intelligent sliding mode of the vehicle, when the vehicle is in the sliding state, judging whether the sliding energy recovery function is started or not; and if the sliding energy recovery function is started, acquiring comprehensive working condition information, and switching the sliding energy recovery mode based on the comprehensive working condition information. According to the invention, the ADAS system is utilized to obtain the road condition information, the whole vehicle control module carries out algorithm processing according to the road state information and the driving intention of the driver, and whether the vehicle enters a sliding energy recovery mode is judged, so that the unnecessary energy recovery process is reduced, the comprehensive efficiency of a dynamic system is improved, and the driving feeling of the driver is improved.

摘要：【中文】本发明公开了一种汽车监控提醒系统，包括有后台子系统以及多个分别与后台子系统连接的车载子系统，所述车载子系统包括有车载控制模块，所述车载控制模块连接有车载GPS定位模块、车载GPRS通信模块，所述后台子系统包括后台控制模块，所述后台控制模块连接有与车载GPRS通信模块无线通信的后台通信模块、存储模块、时钟模块、短信发送模块，所述短信发送模块无线连接有移动设备，当车辆实际的行驶里程超过设定的行驶里程或在时钟模块计算时间达到更换机油的使用时间、车辆年审时间、保险到期时间、定期保养时间中任一时间时，后台控制模块控制短信发送模块向移动设备发送提醒信息。 【EN】The invention discloses an automobile monitoring and reminding system, which comprises a background subsystem and a plurality of vehicle-mounted subsystems respectively connected with the background subsystem, the vehicle-mounted subsystem comprises a vehicle-mounted control module, the vehicle-mounted control module is connected with a vehicle-mounted GPS positioning module and a vehicle-mounted GPRS communication module, the background subsystem comprises a background control module, the background control module is connected with a background communication module, a storage module, a clock module and a short message sending module which are in wireless communication with the vehicle-mounted GPRS communication module, the short message sending module is in wireless connection with a mobile device, when the actual driving mileage of the vehicle exceeds the set driving mileage or the calculated time of the clock module reaches any one of the service time of engine oil replacement, the annual inspection time of the vehicle, the insurance expiration time and the regular maintenance time, the background control module controls the short message sending module to send reminding information to the mobile equipment.

摘要：【中文】本发明公开了一种汽车监控报警系统，包括有后台子系统以及多个分别与后台子系统连接的车载子系统，所述车载子系统包括有车载控制模块，所述车载控制模块连接有车载GPS定位模块、车载GPRS通信模块，所述后台子系统包括有后台控制模块，所述后台控制模块连接有与车载GPRS通信模块无线通信的后台通信模块、后台地图存储模块、报警信息存储模块、后台显示模块、后台报警模块，设定的车辆运行限制信息包括有限制运行区域、限制运行车速、限制运行时长、限制停车时长、限制运行时间，当车辆运行超过设定的运行限制条件后，后台子系统进行报警，并发出反馈信息使车载子系统报警，提高了监控车辆的使用规范性。 【EN】The invention discloses an automobile monitoring alarm system, which comprises a background subsystem and a plurality of vehicle-mounted subsystems respectively connected with the background subsystem, wherein the vehicle-mounted subsystem comprises a vehicle-mounted control module, the vehicle-mounted control module is connected with a vehicle-mounted GPS positioning module and a vehicle-mounted GPRS communication module, the background subsystem comprises a background control module, the background control module is connected with a background communication module, a background map storage module, an alarm information storage module, a background display module and a background alarm module, which are in wireless communication with the vehicle-mounted GPRS communication module, set vehicle operation limiting information comprises an operation limiting area, an operation speed limiting, an operation duration limiting, a parking time limiting and an operation time limiting, when the vehicle operation exceeds a set operation limiting condition, the background subsystem alarms and sends feedback information to enable the vehicle-mounted subsystem to alarm, the use standardization of the monitoring vehicle is improved.

摘要：【中文】本发明公开了一种道路救援系统，包括有后台子系统、移动电话和多个救援车载子系统，所述救援车载子系统包括有救援车载控制模块，所述救援车载控制模块连接有救援车载GPS定位模块、救援车载GPRS通信模块、救援车载电子地图存储模块、救援车显示模块，所述后台子系统包括有后台控制模块，所述后台控制模块连接有用于接收移动电话待救援位置信息和接收救援车位置信息以及反馈匹配救援位置信息的后台通信模块、救援车匹配模块，通过在救援车上设置救援车载子系统，当后台子系统接收到待救援信息时，根据待救援位置和救援车位置自动匹配最近的救援车，提高了工作效率，缩短待救援的等待时间。 【EN】The invention discloses a road rescue system, which comprises a background subsystem, a mobile phone and a plurality of rescue vehicle subsystems, wherein the rescue vehicle subsystems comprise rescue vehicle-mounted control modules, the rescue vehicle-mounted control modules are connected with a rescue vehicle-mounted GPS positioning module, a rescue vehicle-mounted GPRS communication module, a rescue vehicle-mounted electronic map storage module and a rescue vehicle display module, the background subsystem comprises a background control module, the background control module is connected with a background communication module and a rescue vehicle matching module, the background communication module is used for receiving the position information of the mobile phone to be rescued, receiving the position information of the rescue vehicle and feeding back the matched rescue position information, the rescue vehicle subsystems are arranged on the rescue vehicle, when the background subsystems receive the position information to be rescued, the nearest rescue vehicle is automatically matched according to the position of the mobile phone to be rescued and the position of the rescue vehicle, so that the working, the waiting time for rescue is shortened.

摘要：【中文】本发明公开了一种企业用车管理方法，其步骤如下，员工基本信息创建模块创建员工子模块，创建车库模块；在员工子模块中选择使用汽车的车牌和使用天数；当检测已被借出使用时控制模块提醒员工子模块汽车已借出，否则向控制模块发出请求信息；当检测存在请求信息时，控制模块将请求信息发送到管理人员子模块处请求审批，并检测请求信息是否在管理人员子模块处审批处理完成；当控制模块未检测请求信息时请求审批；当检测请求信息在管理人员子模块处审批处理完成时，反馈到员工子模块中，通过员工子模块设置借车请求信息且检测到借用车辆后，再发出借车请求信息，有效地提高了企业处理车辆借用的效率。 【EN】The invention discloses an enterprise vehicle management method, which comprises the following steps that an employee basic information creating module creates an employee sub-module and a garage module; selecting the license plate and the number of days of use of the automobile from the employee submodule; when the automobile is detected to be lent, the control module reminds the staff sub-module that the automobile is lent, otherwise, request information is sent to the control module; when the request information is detected to exist, the control module sends the request information to the management personnel submodule for approval, and detects whether the approval processing of the request information is finished at the management personnel submodule; requesting for approval when the control module does not detect the request information; when the examination and approval processing of the detection request information is completed at the management worker submodule, the detection request information is fed back to the worker submodule, the vehicle borrowing request information is set through the worker submodule, and the vehicle borrowing request information is sent out after the borrowed vehicle is detected, so that the efficiency of processing vehicle borrowing by enterprises is effectively improved.

摘要：【中文】本发明公开了一种汽车轨迹监控系统，包括有后台子系统以及多个分别与后台子系统连接的车载子系统，所述车载子系统包括有车载控制模块，所述车载控制模块连接有用于接收卫星定位信息的车载GPS定位模块、用于无线通信的车载GPRS通信模块，所述后台子系统包括有后台控制模块，所述后台控制模块连接有与车载GPRS通信模块无线通信的后台通信模块、用于存储电子地图的后台地图存储模块、用于存储各车辆信息以及存储各车辆轨迹信息的车辆信息存储模块、用于显示电子地图以及各车辆在电子地图上运行轨迹的后台显示模块，通过车载子系统向后台子系统定时回传位置信息，在后台子系统中形成运行轨迹信息，从而更好地调整营运车辆的运行路线。 【EN】The invention discloses an automobile track monitoring system, which comprises a background subsystem and a plurality of vehicle-mounted subsystems which are respectively connected with the background subsystem, wherein each vehicle-mounted subsystem comprises a vehicle-mounted control module which is connected with a vehicle-mounted GPS (global positioning system) positioning module for receiving satellite positioning information and a vehicle-mounted GPRS (general packet radio service) communication module for wireless communication, each background subsystem comprises a background control module which is connected with a background communication module for wireless communication with the vehicle-mounted GPRS communication module, a background map storage module for storing an electronic map, a vehicle information storage module for storing vehicle information and vehicle track information, a background display module for displaying the electronic map and the running track of each vehicle on the electronic map, and the vehicle-mounted subsystems regularly return position information to the background subsystem, and forming the running track information in the background subsystem so as to better adjust the running route of the commercial vehicle.

摘要：【中文】本发明公开了一种自动化的不透水面范围遥感迭代提取方法，通过整合应用夜间灯光影像与Landsat TM影像，实现了对连续的大区域内不透水面覆盖信息的自动提取。本发明首先在夜间灯光影像上提取出不透水面聚集密度不同的城市区域、城市周边区域和非城市区域，然后在Landsat TM影像上，对应不同区域分别进行光谱指数统计与阈值分割，得到不透水面/非不透水面的初始分类样本，并用于训练分类器。最后在分类过程中迭代地整合光谱信息与空间信息自动地选取新的分类样本，直到分类结果稳定，完成不透水面范围信息提取流程。本发明能够实现精度稳定且高效的不透水面范围信息的自动提取。 【EN】The invention discloses an automatic impervious surface range remote sensing iterative extraction method, which realizes the automatic extraction of the impervious surface coverage information in a continuous large area by integrating and applying night light images and Landsat TM images. According to the method, urban areas, urban peripheral areas and non-urban areas with different impervious surface aggregation densities are extracted from a night light image, then spectral index statistics and threshold segmentation are performed on the Landsat TM image corresponding to different areas respectively, initial classification samples of the impervious surfaces/the non-impervious surfaces are obtained, and the samples are used for training a classifier. And finally, iteratively integrating the spectral information and the spatial information in the classification process to automatically select a new classification sample until the classification result is stable, thereby completing the extraction process of the range information of the impervious surface. The invention can realize the automatic extraction of the range information of the impervious surface with stable precision and high efficiency.

摘要：【中文】本申请提供了一种馈源装置、双频微波天线及双频天线设备，该馈源装置包括低频馈源和高频馈源，高频馈源嵌入低频馈源，该低频馈源包括阵列排列的多个低频阵元，该高频馈源包括阵列排列的多个高频阵元，其中，至少一个高频阵元嵌入到一低频阵元内部，且低频阵元与嵌入该低频阵元内部的每一高频阵元具有共同的波导壁，能够有效地将高频馈源和低频馈源集成为一体，结构较为紧凑，同时使得高频馈源和低频馈源具有很好的等化性，而通过多个高频阵元的开关切换能够实现天线在高频段的波束扫描，进而能够拓宽高频段高增益波束的波束宽度以对抗晃动，故高频段具有一定抗晃动性，同时在保留低频链路的备用功能的基础上能够提升高频大容量链路的可用度。 【EN】The utility model provides a feed source device, double-frequency microwave antenna and double-frequency antenna equipment, the feed source device includes low frequency feed source and high frequency feed source, the high frequency feed source imbeds the low frequency feed source, the low frequency feed source includes a plurality of low frequency array element of array arrangement, the high frequency feed source includes a plurality of high frequency array element of array arrangement, wherein, at least one high frequency array element imbeds inside a low frequency array element, and low frequency array element and each high frequency array element of imbedding inside this low frequency array element have common waveguide wall, can effectively integrate high frequency feed source and low frequency feed source, the structure is comparatively compact, simultaneously make high frequency feed source and low frequency feed source have fine isocratic, and can realize the beam scanning of antenna in the high frequency section through the switch-over of a plurality of high frequency array element, and then can widen the beam width of high-gain wave beam of high frequency section so that the high frequency section has certain anti-sway, meanwhile, the availability of the high-frequency large-capacity link can be improved on the basis of keeping the standby function of the low-frequency link.

摘要：【中文】本发明涉及锂电池技术领域，特别涉及一种隧道式锂电池全自动真空干燥系统，包括：进料过渡箱、出料过渡箱、若干个独立的烘箱和移载隧道；所述移载隧道内设有转运装置，所述烘箱、进料过渡箱和出料过渡箱的内侧密封门均与移载隧道的两边侧壁无缝对接；所述转运装置可在移载隧道内移动，并和各个烘箱、进料过渡箱、出料过渡箱自由对接；在所述移载隧道一端设有转运装置维修舱，所述转运装置可进入到该转运装置维修舱内，所述移载隧道的另一端设有用于维修移载隧道的移载隧道过渡舱。该真空干燥系统采用若干个独立的烘箱并联式的工作结构，这样的结构设备安装、维护方便，使用可靠性有显著提高，并且能根据实际生产需要通过增加烘箱提高产能。 【EN】The invention relates to the technical field of lithium batteries, in particular to a full-automatic vacuum drying system for a tunnel type lithium battery, which comprises: the device comprises a feeding transition box, a discharging transition box, a plurality of independent drying ovens and a transfer tunnel; a transfer device is arranged in the transfer tunnel, and inner side sealing doors of the drying oven, the feeding transition box and the discharging transition box are in seamless butt joint with the side walls of two sides of the transfer tunnel; the transfer device can move in the transfer tunnel and is in free butt joint with each oven, each feeding transition box and each discharging transition box; move and carry tunnel one end and be equipped with transfer device maintenance cabin, transfer device can enter into this transfer device maintenance under-deck, the other end that moves the tunnel is equipped with the tunnel transition cabin that moves that is used for the maintenance to move the tunnel. The vacuum drying system adopts a working structure with a plurality of independent drying ovens in parallel connection, the structure equipment is convenient to install and maintain, the use reliability is obviously improved, and the productivity can be improved by increasing the drying ovens according to the actual production requirement.

摘要：【中文】本发明公开了一种依诺肝素钠中氯化苄残留分析方法，步骤一、色谱仪的选择：气相色谱仪：Agilent7820A气相色谱仪；采用AgilentDB‑624毛细管柱；载气：氮气；柱流速：3.0ml/min；氢气流量(H2)：35.0ml/min；空气流量(Air):350.0ml/min；尾吹流量；30ml/min柱温：40℃维持8min，以8℃/min的速率升至120℃，维持10min；进样口温度：200℃；分流比：20:1；检测器：氢火焰离子化检测器(FID)；本发明涉及天然药物化学以及其质量控制分析化学技术领域。该依诺肝素钠中氯化苄残留分析方法，使用气相色谱仪测定法具有灵敏度高、精密度好的优势，本发明可以通过简单的气相色谱测定法，准确分析依诺肝素钠中氯化苄的残留量水平，可更快速、准确地对依诺肝素钠中氯化苄残留进行定性和定量分析。 【EN】The invention discloses a method for analyzing benzyl chloride residue in enoxaparin sodium, which comprises the following steps of: gas chromatograph: agilent7820A gas chromatograph; an AgilentDB-624 capillary column is adopted; carrier gas: nitrogen gas; column flow rate: 3.0 ml/min; hydrogen flow rate (H2): 35.0 ml/min; air flow (Air) 350.0 ml/min; tail blowing flow rate; column temperature 30 ml/min: maintaining at 40 deg.C for 8min, increasing to 120 deg.C at 8 deg.C/min, and maintaining for 10 min; sample inlet temperature: 200 ℃; the split ratio is as follows: 20: 1; a detector: a hydrogen Flame Ionization Detector (FID); the invention relates to the technical field of natural medicinal chemistry and quality control analytical chemistry thereof. The method for analyzing the residual benzyl chloride in the enoxaparin sodium has the advantages of high sensitivity and good precision by using a gas chromatograph determination method, can accurately analyze the residual level of the benzyl chloride in the enoxaparin sodium by using a simple gas chromatograph determination method, and can perform qualitative and quantitative analysis on the residual benzyl chloride in the enoxaparin sodium more quickly and accurately.