摘要：【中文】本发明实施例提供了一种服务质量参数确定方法及装置，该方法包括：获取业务数据适配协议SDAP实体接收到的SDAP数据单元的5QI参数；确定5QI参数相同的服务的质量参数。根据本发明实施例引入针对5QI的测量参数，以及确定所述测量参数的方法，从而能够根据所述测量参数评估网络对业务的支持情况。 【EN】The embodiment of the invention provides a method and a device for determining service quality parameters, wherein the method comprises the following steps: acquiring a 5QI parameter of an SDAP data unit received by an SDAP entity; the quality parameters of the service with the same 5QI parameters are determined. According to the embodiment of the invention, the measurement parameters aiming at the 5QI and the method for determining the measurement parameters are introduced, so that the service support condition of the network can be evaluated according to the measurement parameters.

摘要：【中文】本发明公开了测量配置方法、装置及计算机可读存储介质，所述方法包括：将自身的待测频点信息向第一网络侧网元发送，其中，所述待测频点信息包括：FR1的频点列表、或FR2的频点列表，或FR1和FR2的频点列表。 【EN】The invention discloses a measurement configuration method, a measurement configuration device and a computer readable storage medium, wherein the method comprises the following steps: sending self frequency point information to be tested to a first network side network element, wherein the frequency point information to be tested comprises: a list of frequency points of FR1, or a list of frequency points of FR2, or a list of frequency points of FR1 and FR 2.

摘要：【中文】本申请公开了一种路灯上的LED屏幕故障诊断方法及路灯，涉及物联网领域，以解决路灯上的LED屏幕故障诊断效率低的问题。所述方法包括：控制摄像头采集所述LED屏幕的多帧图像；对采集的所述多帧图像进行识别，以得到识别结果；基于所述识别结果，确定所述屏幕的故障类型。本申请用于路灯上LED屏故障诊断。 【EN】The application discloses a fault diagnosis method for an LED screen on a street lamp and the street lamp, relates to the field of Internet of things and aims to solve the problem of low fault diagnosis efficiency of the LED screen on the street lamp. The method comprises the following steps: controlling a camera to collect a plurality of frames of images of the LED screen; identifying the collected multi-frame images to obtain an identification result; determining a fault type of the screen based on the recognition result. The method and the device are used for LED screen fault diagnosis on the street lamp.

摘要：本发明公开了一种防闪锈剂及其制备方法和应用。本发明的防闪锈剂包括以下质量份的组分：有机锌螯合物：10份～40份；羧酸盐：10份～40份；有机磷酸：15份～50份；有机醇胺：30份～70份；吗啉离子液体：10份～25份；吡啶离子液体：10份～25份；水：100份。本发明的防闪锈剂的制备方法十分简单，将各组分按配比分批次混合均匀即可。本发明的防闪锈剂具有防闪锈效果优异、绿色环保、价格低廉等优点，特别适用于水性丙烯酸涂料和水性醇酸涂料，应用前景广阔。

摘要：本发明提供了一种可校准的侵入式半导体脑机接口通道电路和侵入式半导体脑机设备，涉及集成电路领域。包括：电压电流转换单元将接收到的脑电信号，转换为对应的电流信号并传输至振荡器转换单元；振荡器转换单元根据电流信号，转换为有对应关系的振荡信号和相位信号；计数单元对振荡信号进行计数，得到对应的振荡次数；在积分周期结束时，格雷码转二进制单元采样振荡次数得到粗量化码值，相位采样单元采样相位信号，以使得译码单元对相位采样单元的采样结果进行译码得到细量化码值；校准单元对粗量化码值和细量化码值进行校准得到量化结果。本发明提高侵入式半导体脑机设备模数转换的可靠性，极好的降低侵入式半导体脑机设备像素面积和功耗消耗。

摘要：本发明提供一种基于1个海底声信标和AUV“弓”形中继的位置校准方法，步骤S101：布标AUV将H个海底声信标于水下PNT阵形的指定位置完成布放，并对其中1个海底声信标完成位置校准，记为A#，作为位置基准；步骤S102：待位置校准的海底声信标记为X#，校标AUV沿A#和X#海底声信标的中垂线进行“弓”形航行，并对A#和X#海底声信标同时水声测距；步骤S103：基于对A#海底声信标的m次水声测距结果，对AUV位置校准和对m组结果中的AUV经纬度进行修正；步骤S104：基于对X#海底声信标的m组水声测距结果，对X#海底声信标完成定位解算;步骤S105：AUV通过自身配置的水声通信系统将解算出的X#海底声信标的经纬度装订至X#海底声信标，从而实现X#海底声信标的位置校准。

摘要：【中文】本发明公开了一种显示装置，包括投像装置和第1至第N波导层，第1至第N波导层按照距离投像装置由近到远依次排布，在每一波导层的第一预设区域设置有用于将图像光线耦合入波导层内的耦入部，在每一波导层的第二预设区域设置有用于将波导层内传播的图像光线耦合出波导层外的耦出部；第1波导层的耦入部用于将投像装置投射出的图像光线耦合入第1波导层内，第i波导层的耦入部用于将未耦合入前一波导层的且从前一波导层第一预设区域透射出的图像光线耦合入第i波导层内。本发明显示装置通过设置多个波导层，未被前一波导层耦合入波导层内的图像光线能够被后一波导层再次耦合，能够减少光线泄露，提高光能量利用率，提升显示装置的性能和用户体验。 【EN】The invention discloses a display device, which comprises a projection device and 1 st to Nth waveguide layers, wherein the 1 st to Nth waveguide layers are sequentially arranged from near to far away from the projection device, a first preset region of each waveguide layer is provided with an incoupling part for coupling image light into the waveguide layer, and a second preset region of each waveguide layer is provided with an outcoupling part for coupling the image light propagated in the waveguide layer out of the waveguide layer; the coupling-in part of the 1 st waveguide layer is used for coupling the image light projected by the image projection device into the 1 st waveguide layer, and the coupling-in part of the ith waveguide layer is used for coupling the image light which is not coupled into the previous waveguide layer and is transmitted out from the first preset area of the previous waveguide layer into the ith waveguide layer. According to the display device, the plurality of waveguide layers are arranged, so that the image light which is not coupled into the waveguide layer by the front waveguide layer can be coupled again by the rear waveguide layer, light leakage can be reduced, the light energy utilization rate is improved, and the performance and the user experience of the display device are improved.

摘要：【中文】本发明公开了一种基于波导的显示装置，投像装置用于投射出图像光线；在波导层的第一预设区域设置有用于将图像光线耦合入波导层内的耦入部，在波导层的第二预设区域设置有用于将波导层内传播的图像光线向波导层外用户观看一侧耦合出的耦出部；在波导层的第二预设区域远离用户观看一侧设置有对图像光线具有吸收作用且允许除图像光线之外的其它波段光线透射过的光学层。光学层使得从波导层第二预设区域向远离用户观看一侧泄漏的图像光线会被光学层吸收，避免了这部分图像光线泄漏到显示装置外，而光学层不影响除图像光线之外的其它波段光线通过。因此与现有技术相比，本发明显示装置能够避免光线向器件外部其它方向泄漏，有助于避免显示泄漏情况。 【EN】The invention discloses a display device based on a waveguide, wherein an image projection device is used for projecting image light; the first preset area of the waveguide layer is provided with a coupling-in part for coupling image light into the waveguide layer, and the second preset area of the waveguide layer is provided with a coupling-out part for coupling the image light propagated in the waveguide layer out of the waveguide layer to the viewing side of a user outside the waveguide layer; an optical layer which has an absorption effect on image light and allows other wave bands except the image light to transmit is arranged on the side, far away from the user, of the second preset region of the waveguide layer. The optical layer enables image light leaking from the second preset area of the waveguide layer to the side far away from the user to be absorbed by the optical layer, so that the image light is prevented from leaking to the outside of the display device, and the optical layer does not influence the light of other wave bands except the image light to pass through. Therefore, compared with the prior art, the display device can avoid light from leaking to other directions outside the device, and is beneficial to avoiding the display leakage condition.

摘要：【中文】本发明涉及一种读出电路包括一个或多个像素读出模块，配置为将光电二极管输出的电流信号转化为电压信号，每个所述像素读出模块包括第一源跟随器；一个或多个列级传输模块，其中每个所述列级传输模块包括第二源跟随器；输出级传输模块，配置为对所述一个或多个列级传输模块的输出信号进行缓冲；其中所述输出级传输模块电连接在其输出端与第一输入端之间的、与所述第一源跟随器相应的第一校准单元和与所述第二源跟随器相应的第二校准单元，二者共同配置为对所述输出级传输模块的输出信号进行校准以消除所述第一和第二源跟随器引入的偏差。本发明还涉及一种探测设备。 【EN】The invention relates to a readout circuit, which comprises one or more pixel readout modules, a first source follower and a second source follower, wherein the pixel readout modules are configured to convert current signals output by photodiodes into voltage signals; one or more column level transmission modules, wherein each of the column level transmission modules comprises a second source follower; an output stage transmission module configured to buffer output signals of the one or more column stage transmission modules; and the output stage transmission module is electrically connected between the output end and the first input end of the output stage transmission module, and comprises a first calibration unit corresponding to the first source follower and a second calibration unit corresponding to the second source follower, and the first calibration unit and the second calibration unit are jointly configured to calibrate the output signal of the output stage transmission module so as to eliminate the deviation introduced by the first source follower and the second source follower. The invention also relates to a detection device.

摘要：【中文】本申请公开了一种信号处理装置以及方法。信号处理装置包括：检测单元，配置为基于注入电压信号生成检测信号，其中，检测信号用于指示注入电压信号的幅值区间；驱动单元，配置为基于检测信号生成驱动信号；输出单元，配置为接收注入电压信号，并基于驱动信号来在与幅值区间相对应的输出端处输出注入电压信号。 【EN】The application discloses a signal processing device and a method. The signal processing apparatus includes: a detection unit configured to generate a detection signal based on the injection voltage signal, wherein the detection signal is used for indicating an amplitude interval of the injection voltage signal; a driving unit configured to generate a driving signal based on the detection signal; an output unit configured to receive the injection voltage signal and output the injection voltage signal at an output terminal corresponding to the amplitude interval based on the driving signal.