摘要：【中文】本发明实施例公开一种计算机系统管理方法、装置、电子设备、存储介质，涉及计算机技术领域，能够有效提高计算机系统管理效率，所述方法包括：根据用户指令生成环境配置文件，所述环境配置文件中包括元素标识，用于指示待生成操作系统的环境元素；其中，所述环境元素包括以下至少一项：操作系统、操作系统的版本、应用软件；根据所述环境配置文件，从预先建立的环境池中查找所述环境元素；根据查找到的所述环境元素，为目标终端安装所述待生成操作系统。本发明可用于计算机系统管理中。 【EN】The embodiment of the invention discloses a computer system management method, a computer system management device, electronic equipment and a storage medium, which relate to the technical field of computers and can effectively improve the management efficiency of a computer system, and the method comprises the following steps: generating an environment configuration file according to a user instruction, wherein the environment configuration file comprises an element identifier for indicating an environment element of an operating system to be generated; wherein the environmental element comprises at least one of: an operating system, a version of the operating system, application software; searching the environment elements from a pre-established environment pool according to the environment configuration file; and installing the operating system to be generated for the target terminal according to the searched environment elements. The invention can be used in computer system management.

摘要：本发明公开了一种侧挂式高架交通系统，包括若干墩柱、若干轨道梁和用于连接所述墩柱和轨道梁的连接装置，所述墩柱的上端面中部设置有空腔，相邻所述墩柱之间连接有所述轨道梁，所述连接装置包括可伸缩连接件和固定连接件，所述固定连接件的两端设置有第一连接结构，所述可伸缩连接件的一端设置有与所述第一连接结构配合连接的第二连接结构，所述可伸缩连接件的另一端设置有套筒，所述套筒与所述可伸缩连接件之间填充有耐磨填充层。本发明可以有效地降低轨道交通中的占地面积，释放地面空间；并且便于列车运行中的维护，降低列车运营成本。

摘要：【中文】本发明涉及一种用于城市地下空间探测的瞬变电磁噪声抑制方法，包括：纯噪声与N组耦合信号采集；采用遗传算法搜索准最优噪声特征域；目标邻域最优搜索判定是否完成N组信号处理，直到N组耦合信号全部处理完成；将N组数据进行叠加平均处理，叠加平均后的数据作为最终输出数据，本发明提出了用于城市地下空间探测的瞬变电磁噪声抑制方法，通过大幅降低叠加次数达到传统大量叠加的噪声抑制效果，显著提高工作的效率，引入遗传算法改进后的邻域最优搜索可实现噪声特征域的快速最佳匹配，能够在大量数据下快速搜索最优解，保证了传统遗传算法进化不必完全充分情况下，锁定邻域最优解，该技术具有较高的实际应用价值。 【EN】The invention relates to a transient electromagnetic noise suppression method for urban underground space detection, which comprises the following steps: acquiring pure noise and N groups of coupling signals; searching a quasi-optimal noise characteristic domain by adopting a genetic algorithm; the target neighborhood optimal search judges whether N groups of signal processing is finished or not until all N groups of coupling signals are processed; the invention provides a transient electromagnetic noise suppression method for urban underground space detection, which performs superposition average processing on N groups of data, takes the data after the superposition average as final output data, achieves the traditional noise suppression effect of massive superposition by greatly reducing the superposition times, obviously improves the working efficiency, can realize quick optimal matching of noise characteristic domains by introducing neighborhood optimal search after genetic algorithm improvement, can quickly search optimal solutions under massive data, ensures that the neighborhood optimal solutions are locked under the condition that the evolution of the traditional genetic algorithm is not completely sufficient, and has higher practical application value.

摘要：【中文】本发明涉及一种在强噪声环境中的拖曳式瞬变电磁高效噪声抑制方法，包括：设计拖曳式瞬变电磁系统参数；拖曳车工作，电磁系统连续采集“噪声‑二次场信号”交替数据，取“噪声‑N组二次场信号”作为一个处理单元点；最优噪声相位搜索，去掉噪声成分比重最大的周期性噪声，获得初步消噪信号；直到N组二次场信号全部处理完成；N组信号的最优目标函数值Z进行由小到大排序，对N组处理后的信号进行两次筛选，获得第一个候选信号s1和第二个候选信号s2；计算候选信号s1与候选信号s2后1/2数据的方差v1和方差v2，输出最终处理信号。本发明可大幅提高信噪比，克服了拖曳式瞬变电磁系统在移动探测中无法获取较多叠加次数、信噪比低的问题。 【EN】The invention relates to a dragging type transient electromagnetic efficient noise suppression method in a strong noise environment, which comprises the following steps: designing parameters of a dragging type transient electromagnetic system; when the towing vehicle works, the electromagnetic system continuously acquires 'noise-secondary field signal' alternative data, and takes 'noise-N groups of secondary field signals' as a processing unit point; searching an optimal noise phase, removing periodic noise with the largest proportion of noise components, and obtaining a preliminary noise elimination signal; until all the N groups of secondary field signals are processed; sorting the optimal objective function values Z of the N groups of signals from small to large, and screening the N groups of processed signals twice to obtain a first candidate signal s1 and a second candidate signal s 2; the variance v1 and the variance v2 of 1/2 data after the candidate signal s1 and the candidate signal s2 are calculated, and a final processing signal is output. The method can greatly improve the signal to noise ratio, and solves the problems that a dragging type transient electromagnetic system cannot acquire more superposition times in mobile detection and the signal to noise ratio is low.

摘要：【中文】本发明公开了一种基于液冷散热方式的动力电池温度预测模型及建模方法，通过试验标定电池与冷却液之间的等效散热参数随流量的变化关系以及电池与空气之间的等效散热参数，并对标定结果进行修正，同时考虑电池内阻以及表征电池可逆热的熵热系数随SOC、温度等因素的变化关系，进而建立一种能够针对不同热管理阶段对电池包内不同位置电池单体温度的预测模型。按以上方法建立的模型，可以用于液冷动力电池包内部电池单体温度的实时估算以及热管理控制，并且能够在保证仿真精度的基础上，扩展模型的适用范围，降低模型复杂程度，简化模型输入参数，提高模型运行的可靠性。 【EN】The invention discloses a liquid cooling heat dissipation mode-based power battery temperature prediction model and a modeling method, wherein the change relation of equivalent heat dissipation parameters between a battery and cooling liquid along with flow and the equivalent heat dissipation parameters between the battery and air are calibrated through tests, the calibration result is corrected, the change relation of the internal resistance of the battery and the change relation of the entropy thermal coefficient representing the reversible heat of the battery along with the factors such as SOC (state of charge), temperature and the like is considered, and then the prediction model capable of aiming at the temperature of battery monomers at different positions in a battery pack at different heat management stages is established. The model established by the method can be used for real-time estimation and thermal management control of the temperature of the battery monomer in the liquid cooling power battery pack, and can expand the application range of the model, reduce the complexity of the model, simplify the input parameters of the model and improve the operation reliability of the model on the basis of ensuring the simulation precision.

摘要：【中文】本申请实施例提供一种微型发光二极管转移装置、转移方法及显示装置，本申请的微型发光二极管转移装置包括收集管和弹性端口，收集管具有相对设置的第一端和第二端，所述收集管的管径大于所述微型发光二管的直径，弹性端口设置在所述第一端端部，所述弹性端口的口径小于所述微型发光二极管的直径；其中，所述收集管将微型发光二极管通过挤压后从所述弹性端口进入到所述收集管内，所述收集管可存储若干微型发光二极管。本申请可以有效提高转移速度，使得微型发光二极管技术更加适合量产。 【EN】The embodiment of the application provides a micro light-emitting diode transfer device, a transfer method and a display device, the micro light-emitting diode transfer device comprises a collecting pipe and an elastic port, the collecting pipe is provided with a first end and a second end which are oppositely arranged, the pipe diameter of the collecting pipe is larger than the diameter of a micro light-emitting diode, the elastic port is arranged at the end part of the first end, and the caliber of the elastic port is smaller than the diameter of the micro light-emitting diode; the collecting pipe enables the micro light-emitting diodes to enter the collecting pipe from the elastic port after being pressed, and the collecting pipe can store a plurality of micro light-emitting diodes. The transfer speed can be effectively improved, and the micro light-emitting diode technology is more suitable for mass production.

摘要：【中文】本申请提供一种显示面板的修复装置，其包括：缺陷传感器，用于对显示面板进行缺陷检查，获得缺陷信息；芯片取放部，用于拾取、存储和释放发光芯片，所述芯片取放部包括芯片容置腔和控制器，所述芯片容置腔用于存储发光芯片，所述控制器用于拾取和释放芯片；芯片移动部，所述芯片移动部与所述芯片取放部连接，用于根据所述缺陷信息将所述芯片取放部移动至所述缺陷的位置；以及芯片绑定部，用于将所述发光芯片绑定在所述显示面板上。 【EN】The application provides a display panel's prosthetic devices, it includes: the defect sensor is used for carrying out defect inspection on the display panel to obtain defect information; the chip taking and placing part is used for picking up, storing and releasing the light-emitting chips and comprises a chip accommodating cavity and a controller, the chip accommodating cavity is used for storing the light-emitting chips, and the controller is used for picking up and releasing the chips; the chip moving part is connected with the chip taking and placing part and is used for moving the chip taking and placing part to the position of the defect according to the defect information; and a chip binding part for binding the light emitting chip on the display panel.

摘要：【中文】本申请实施例提供一种微型发光二极管转移装置、转移方法及显示装置，本申请的微型发光二极管转移装置包括收集管和驱动装置，收集管具有相对设置的第一端和第二端，所述收集管包括收集口和存储管，所述收集口与所述存储管连通，所述收集口设置在所述第一端，驱动装置设置在所述第二端，所述驱动装置用于提供驱动力，其中，所述驱动装置用于提供驱动力以使得所述微型发光二极管从所述收集口被拾取到所述存储管内，所述存储管可层叠存储至少两个微型发光二极管。本申请可以有效提高转移速度，使得微型发光二极管技术更加适合量产。 【EN】The embodiment of the application provides a miniature LED transfer device, a transfer method and a display device, the miniature LED transfer device of the application comprises a collecting pipe and a driving device, the collecting pipe is provided with a first end and a second end which are oppositely arranged, the collecting pipe comprises a collecting port and a storage pipe, the collecting port is communicated with the storage pipe, the collecting port is arranged at the first end, the driving device is arranged at the second end, the driving device is used for providing driving force, the driving device is used for providing the driving force so that the miniature LED is picked up from the collecting port into the storage pipe, and the storage pipe can store at least two miniature LEDs in a stacking mode. The transfer speed can be effectively improved, and the micro light-emitting diode technology is more suitable for mass production.

摘要：本发明提供一种藜麦米分筛精选设备，属于筛分设备技术领域，其包括外壳（10）、内胆（20）、支架（30）、主轴组件（40）、出料机构（50）及驱动组件（60）；主轴组件（40）包括空心轴（41）、第一叶片（42）、第二叶片（43）、第三叶片（44）与第四叶片（45）；内胆（20）侧壁对应第一叶片（42）设置排渣口、对应第二叶片（43）设置排料口、对应第三叶片（44）设置排沙口；外壳（10）的一侧外壁设置出料机构（50），支架（30）上设置驱动组件（60）。该设备有效解决了现有技术藜麦加工过程中，藜麦中杂质去除困难、去除效率低、去除效果差、筛分成本高等问题。

摘要：一种去除藜麦皂苷的方法，采用超声法进行处理，其特征在于：是将藜麦与水混合，再加入烷基糖苷形成混合物，进行超声搅拌处理，处理结束后加入中性盐混合，分离杂质，最后进行透析离心、干燥。本发明中加工方式，在有效去除藜麦中皂苷的同时，较大限度的保留了胚芽不被破坏，使得大量的营养物质得到保留；藜麦中皂苷含量低至0.18‑0.21g/100g，同时保证富含大量营养物质的藜麦胚芽不被破坏，胚芽保存率达到87.74%以上，蛋白质的含量达到加工前的90.42%以上，膳食纤维保持到加工前的89.12%以上，脂肪含量达到加工前的88.45%以上。