摘要：【中文】本发明公开了一种显示面板及显示装置，通过使数据写入电路包括：第一子数据写入晶体管、第二子数据写入晶体管以及分布电容；其中，通过设置第一子数据写入晶体管和第二子数据写入晶体管，可以相当于增加了晶体管的沟道区的长度，由于晶体管的电流与沟道区的长度成反比，因此在沟道区的长度增大时，晶体管的电流可以减小，从而可以降低漏电流。并且，通过设置分布电容，可以利用分布电容存储电荷的作用，以使晶体管的漏电流被存储到分布电容中，从而可以减小第一子数据写入晶体管和第二子数据写入晶体管两端的电压差，进而减小漏电流。 【EN】The invention discloses a display panel and a display device, wherein a data writing circuit comprises: a first subdata writing transistor, a second subdata writing transistor and a distributed capacitor; the first sub data writing transistor and the second sub data writing transistor are arranged, the length of a channel region of the transistors can be increased equivalently, and the current of the transistors is inversely proportional to the length of the channel region, so that when the length of the channel region is increased, the current of the transistors can be reduced, and the leakage current can be reduced. And by arranging the distributed capacitor, the leakage current of the transistor can be stored in the distributed capacitor by utilizing the function of storing charges of the distributed capacitor, so that the voltage difference between two ends of the first subdata writing transistor and the second subdata writing transistor can be reduced, and the leakage current is further reduced.

摘要：【中文】本申请公开了一种有机发光二极管显示基板、显示面板和装置，属于显示技术领域。显示基板包括：依次层叠的源漏极层、平坦化层和阳极层；源漏极层包括至少一对信号线；阳极层包括公共电源线，公共电源线上具有放气孔；任一对信号线中的两根信号线与放气孔投影图案的重叠面积相等，放气孔投影图案为公共电源线上的放气孔在源漏极层上的正投影的图案。公共电源线和一对信号线中的两根信号线的重叠面积相等，从而使得公共电源线和一对信号线中的两根信号线之间寄生电容大小相同，从而使得一对信号线传递的信号匹配，也即一对信号线中两根信号线传递的信号的上升沿时长和下降沿时长均相等，保证了显示画面的均一性。 【EN】The application discloses organic light emitting diode display substrate, display panel and device belongs to and shows technical field. The display substrate includes: a source drain layer, a planarization layer and an anode layer which are sequentially stacked; the source drain layer comprises at least one pair of signal lines; the anode layer comprises a common power line, and the common power line is provided with an air vent; the overlapping area of two signal lines in any pair of signal lines is equal to the overlapping area of the vent hole projection pattern, and the vent hole projection pattern is an orthographic projection pattern of the vent hole on the source drain layer. The overlapping areas of the common power line and the two signal lines in the pair of signal lines are equal, so that the parasitic capacitances between the common power line and the two signal lines in the pair of signal lines are equal, the signals transmitted by the pair of signal lines are matched, namely the rising edge duration and the falling edge duration of the signals transmitted by the two signal lines in the pair of signal lines are equal, and the uniformity of a display picture is ensured.

摘要：本发明提供了一种大坝位移指标确定方法及装置，方法包括：采集大坝位移测点数据；利用证据理论集成分类器构造随机森林分区模型；利用构造的随机森林分区模型对所述测点数据进行分区；采用置信区间法确定各分区的位移监控指标。本发明用证据理论集成多分类器作为随机森林分类器集成方法，再采用置信区间法对大坝各区建立了位移监控指标，考虑了大坝结构的整体性与差异性，对大坝位移监控指标的拟定具有一定的实际应用意义。

摘要：【中文】本发明涉及一种应用于高速扫描系统的五面体反射镜的制作方法，包括如下步骤：S1车削坯体：坯体为棒料，粗车棒料的两端和外圆面及加工内孔；S2铣削面型：铣削加工粗车后的毛坯，加工出五面体的五个面型；S3热处理：S4一次装夹，精车内孔、精车端面及对五个面进行镜面加工，分别达到定位内孔尺寸、定位基准平面尺寸和镜面尺寸要求，具体的，采用的设备为单点金刚石车床，车床上设置有车销内孔和端面的车刀机构和切削镜面的飞刀机构，工件毛坯通过负压夹具进行固定，利用机床精度定位，工件毛坯背对定位端面的一端与负压夹具吸附接触。本制作方法不仅减少了加工工序，而且将五面镜的定位精度提升了一个数量级。 【EN】The invention relates to a method for manufacturing a pentahedron reflector applied to a high-speed scanning system, which comprises the following steps: s1 turning blank: roughly turning two ends and outer circular surfaces of the bar stock and processing an inner hole; s2 milling surface type: milling the rough turned blank to obtain five surface shapes of the pentahedron; s3 heat treatment: s4 is clamped once, an inner hole is finely turned, an end face is finely turned, and mirror face machining is carried out on five faces to respectively meet the requirements of the size of a positioning inner hole, the size of a positioning reference plane and the size of a mirror face. The manufacturing method not only reduces the processing procedures, but also improves the positioning precision of the penta-mirror by one order of magnitude.

摘要：本发明公开了一种液压机构储压筒的分解检修工具及其使用方法，适用于SW6‑110kV断路器配置的CY3液压机构储压筒的分解检修。包括用于夹持储压筒夹具，支架，丝杠，固定在支架右侧的丝杠套，设置在支架左侧的前、后支承；夹具包含通过螺栓连接用于夹持储压筒外壁的前、后夹块，前、后夹块的外端分别固定有前、后轴；前、后轴置于前、后支承上，丝杠旋入丝杠套中，丝杠头部设置有用于连接储压筒活塞丝扣的丝头；防止高压力释放对人体的伤害，该检修工具的使用方法规范了检修人员的操作行为，确保了检修人身安全。