摘要：【中文】本发明公开一种照护计划处理方法、装置、电子设备及存储介质。该照护计划处理方法包括：获取照护计划；当满足该照护计划的启动条件时判断该照护计划所属的类别；当该照护计划是非定期照护计划时，则在每个执行周期开始时生成需要在该执行周期内执行的一个或多个待执行照护任务并将所有待执行照护任务都显示出来，在当前执行周期内接收到一个完成照护任务的指令后消除当前执行周期内的一个待执行照护任务。照护计划处理方法能处理非定期照护计划，自动将非定期照护计划分解成对应的照护任务显示出来，解决了当前计划分解系统无法分解非定期照护计划的问题，提高了工作效率，更方便护理员监控照护计划完成情况。 【EN】The invention discloses a care plan processing method and device, electronic equipment and a storage medium. The care plan processing method comprises the following steps: acquiring a care plan; judging the category of the care plan when the starting condition of the care plan is met; when the care plan is an irregular care plan, generating one or more to-be-executed care tasks which need to be executed in the execution cycle at the beginning of each execution cycle, displaying all the to-be-executed care tasks, and eliminating one to-be-executed care task in the current execution cycle after receiving an instruction for completing the care task in the current execution cycle. The care plan processing method can process the non-periodic care plan, automatically decomposes the non-periodic care plan into corresponding care tasks to be displayed, solves the problem that the current plan decomposition system cannot decompose the non-periodic care plan, improves the working efficiency, and is more convenient for a caregiver to monitor the completion condition of the care plan.

摘要：【中文】本申请提供的报文处理方法、装置、器件和系统，涉及通信技术领域。在本申请中，首先，接收交换器件发送的报文，并对报文进行解析，得到报文的队列分配信息。其次，基于队列分配信息将报文缓存至报文队列中。然后，向路由器件发送报文队列中的报文。基于上述方法，可以改善现有技术中路由器件对交换器件输出的报文难以进行有效地处理的问题。 【EN】The application provides a message processing method, a message processing device and a message processing system, and relates to the technical field of communication. In the application, firstly, a message sent by a switching device is received and analyzed to obtain queue allocation information of the message. Secondly, the message is cached in the message queue based on the queue allocation information. And then, sending the message in the message queue to the routing device. Based on the method, the problem that the message output by the switching device is difficult to be effectively processed by the routing device in the prior art can be solved.

摘要：【中文】一种联动制动轨道车辆止轮器，包括本体和联动制动装置，联动制动装置卡设在本体中，本体受压带动联动制动装置制动，所述联动制动装置包括承压组件，承压组件联动设有联动组件；承压组件受压纵向位移带动联动组件横向位移。本公开结构的设置，提高止轮器的稳定性和安全性，降低了操作难度，简化安装与拆卸过程，缩短工作时间。 【EN】A linkage braking railway vehicle wheel stopper comprises a body and a linkage braking device, wherein the linkage braking device is clamped in the body, the body is pressed to drive the linkage braking device to brake, the linkage braking device comprises a pressure bearing assembly, and the pressure bearing assembly is provided with a linkage assembly in a linkage manner; the pressure-bearing assembly is pressed to longitudinally displace to drive the linkage assembly to transversely displace. The setting of this disclosed structure improves the stability and the security of scotch block, has reduced the operation degree of difficulty, simplifies the installation and dismantles the process, shortens operating time.

摘要：【中文】本发明提供了一种减阻剂及其制备方法和应用。该减阻剂的原料为聚醚多元醇、聚二甲基硅氧烷和聚甲基丙烯酸月桂酯；其中，聚醚多元醇与聚甲基丙烯酸月桂酯的质量比为1:1‑6:1，含有聚甲基丙烯酸月桂酯的聚醚多元醇的溶液与聚二甲基硅氧烷的体积比为2:1‑4:1。本发明的减阻剂可以在不显著增加超临界二氧化碳粘度的情况下，有效解决超临界二氧化碳压裂过程中阻力大的问题。 【EN】The invention provides a drag reducer, a preparation method and application thereof. The raw materials of the drag reducer are polyether polyol, polydimethylsiloxane and polylauryl methacrylate; wherein the mass ratio of the polyether polyol to the polylauryl methacrylate is 1:1-6:1, and the volume ratio of the solution of the polyether polyol containing the polylauryl methacrylate to the polydimethylsiloxane is 2:1-4: 1. The drag reducer can effectively solve the problem of large resistance in the fracturing process of the supercritical carbon dioxide under the condition of not obviously increasing the viscosity of the supercritical carbon dioxide.

摘要：【中文】本发明公开了一种基于工艺美术的便携式画架，包括：底座上设置有第一收纳箱，第一收纳箱上方设置有向后滑动的第二收纳箱，第一收纳箱内向左滑动设置有转动放置装置，第二收纳箱内设置有转动画架装置；第一收纳箱和第二收纳箱的前侧面上可拆卸设置有第一背带，第一收纳箱和第二收纳箱的后侧面上可拆卸设置有第二背带。本发明通过将转动放置装置原样放置在第一收纳箱，将转动画架装置原样放置在第二收纳箱，即不必对转动放置装置和转动画架装置进行拆分收纳，使用时也不必对转动放置装置和转动画架装置进行组装使用，同时携带时第二收纳箱位于第一收纳箱上方，通过背带进行方便携带，从而给人们的使用带来了便利，且不会造成画架不必要的损坏。 【EN】The invention discloses a portable easel based on industrial art, which comprises: a first containing box is arranged on the base, a second containing box which slides backwards is arranged above the first containing box, a rotary placing device is arranged in the first containing box in a sliding mode towards the left, and a rotary easel device is arranged in the second containing box; the first shoulder strap is detachably arranged on the front side face of the first containing box and the front side face of the second containing box, and the second shoulder strap is detachably arranged on the rear side face of the first containing box and the rear side face of the second containing box. According to the invention, the rotary placing device is placed in the first containing box as is, and the rotary easel device is placed in the second containing box as is, so that the rotary placing device and the rotary easel device do not need to be disassembled and contained, the rotary placing device and the rotary easel device do not need to be assembled and used during use, and the second containing box is positioned above the first containing box during carrying, and is convenient to carry through the straps, so that convenience is brought to people in use, and unnecessary damage to the easel is avoided.

摘要：【中文】本发明公开了一种基于剪切波的双重图像去噪方法，包括：对噪声图像f(x,y)进行分解，得到不同尺度的低频序列和高频序列；分别对低频序列、高频序列进行去燥处理；将低频序列、高频序列进行逆变换，得到一重去噪后的图像F₁；对图像F₁进行二重去噪，得到图像F₂。采用剪切波多尺度变换分解，克服小波分解不够精细的缺点，能够更好的对弱小信号进行区分，使该变换具有平移不变性和稳定性等优点；对三个高频序列采用自适应阈值法进行去噪处理，能够更好的消除图像中大部分的噪声，保持图像的边缘；对低频序列系数采用中值滤波去噪，能够消除图像中的孤立噪声，更好的维持图像的清晰度。 【EN】The invention discloses a dual image denoising method based on shear waves, which comprises the following steps: decomposing the noise image f (x, y) to obtain a low-frequency sequence and a high-frequency sequence with different scales; respectively carrying out drying treatment on the low-frequency sequence and the high-frequency sequence; carrying out inverse transformation on the low-frequency sequence and the high-frequency sequence to obtain a re-denoised image F₁(ii) a For image F₁Performing double denoising to obtain an image F₂. Shear wave multi-scale transformation decomposition is adopted, the defect that wavelet decomposition is not fine enough is overcome, weak and small signals can be better distinguished, and the transformation has the advantages of translation invariance, stability and the like; denoising the three high-frequency sequences by adopting a self-adaptive threshold method, thereby better eliminating most of noise in the image and keeping the edge of the image; the median filtering denoising is adopted for the low-frequency sequence coefficient, so that the isolated noise in the image can be eliminated, and the definition of the image can be better maintained.

摘要：【中文】本发明公开一种三通道特征融合人脸识别方法，具体步骤如下：步骤1，采集不同的人脸图像组成数据集；对数据集做预处理得到预处理图像集；步骤2，建立基于三通道特征融合的BP神经网络模型，包括粗采样通道20、LBP通道19、细采样通道18；步骤3，用预处理图像集对基于三通道特征融合的BP神经网络模型进行训练；步骤4，输入待识别的图像，利用训练好的基于三通道特征融合的BP神经网络模型进行特征相似度对比，输出最高相似度及其图像；步骤5，设定阈值，根据步骤4中输出的相似度与阈值作比较，判别与待识别的图像中是否为同一个人。本发明解决了传统人脸识别方法无法对人脸全方位特征进行提取的问题，提高了人脸的识别准确率。 【EN】The invention discloses a three-channel feature fusion face recognition method, which comprises the following specific steps: step 1, collecting different face images to form a data set; preprocessing the data set to obtain a preprocessed image set; step 2, establishing a BP neural network model based on three-channel feature fusion, wherein the BP neural network model comprises a rough sampling channel 20, an LBP channel 19 and a fine sampling channel 18; step 3, training a BP neural network model based on three-channel feature fusion by using a preprocessed image set; step 4, inputting an image to be recognized, comparing feature similarity by using a trained BP neural network model based on three-channel feature fusion, and outputting the highest similarity and the image thereof; and 5, setting a threshold, comparing the similarity output in the step 4 with the threshold, and judging whether the image to be identified is the same person or not. The invention solves the problem that the traditional face recognition method can not extract all-round features of the face, and improves the face recognition accuracy.

摘要：【中文】本发明实施例公开了一种电力系统外部等值的方法和系统，涉及电力系统技术领域，该方法包括：将已经划分出研究系统和外部系统的目标电力系统进行基于潮流结果的网络等值得到基于潮流的诺顿等值电路；将所述基于潮流的诺顿等值电路中的对地导纳进行修正得到修正诺顿等值电路；将外部系统进行不基于潮流结果的网络等值得到不基于潮流的等值连接阻抗；根据所述修正诺顿等值电路和所述不基于潮流的等值连接阻抗得到所述目标电力系统的最终外部等值电路。本发明可以对电力系统进行正确的外部等值。 【EN】The embodiment of the invention discloses a method and a system for external equivalence of a power system, which relate to the technical field of power systems, and the method comprises the following steps: carrying out network equivalence based on a power flow result on a target power system divided into a research system and an external system to obtain a Norton equivalent circuit based on the power flow; correcting the ground admittance in the power flow-based Norton equivalent circuit to obtain a corrected Norton equivalent circuit; performing network equivalence on an external system without the basis of a power flow result to obtain equivalent connection impedance without the basis of the power flow; and obtaining a final external equivalent circuit of the target power system according to the corrected Norton equivalent circuit and the equivalent connection impedance not based on the power flow. The invention can perform correct external equivalence on the power system.

摘要：【中文】本发明提供一种非常规天然气井压裂物理模拟试样的制备方法，包括步骤：1、确定储层页岩试件的单轴抗压强度和抗拉强度，选择满足强度标号要求的水泥；2、将两块砂岩薄板放置在混凝土模具两侧，将搅拌好的水泥、石英砂、石子、水的混合物倒入两砂岩薄板之间；3、养护成型后拆模得到模拟复层试样，对试样进行层理面剪切强度试验，确定剪切强度；4、砂岩薄板的中心位置上钻取模拟井眼，粘固模拟井筒，得到具有模拟井筒的复层试样。本发明利用调配相似材料与天然砂岩相结合制备非常规天然气井压裂物理模拟试样，制备更符合含非常规天然气条件的压裂试件，有利于更深入研究非常规天然气井压裂过程中裂缝沿垂直于层理方向的扩展机理。 【EN】The invention provides a preparation method of an unconventional natural gas well fracturing physical simulation sample, which comprises the following steps: 1. determining the uniaxial compressive strength and tensile strength of the reservoir shale test piece, and selecting cement meeting the strength grade requirement; 2. placing two sandstone sheets on two sides of a concrete mould, and pouring the mixture of the stirred cement, quartz sand, stones and water between the two sandstone sheets; 3. maintaining and forming, then removing the die to obtain a simulated multi-layer sample, and carrying out a bedding surface shear strength test on the sample to determine the shear strength; 4. and drilling a simulation borehole on the center of the sandstone sheet, and cementing the simulation borehole to obtain the multilayer sample with the simulation borehole. The preparation method provided by the invention has the advantages that the similar materials are prepared and combined with the natural sandstone to prepare the unconventional natural gas well fracturing physical simulation sample, the fracturing test piece which is more in line with the unconventional natural gas containing condition is prepared, and the expansion mechanism of the fracture in the direction vertical to the bedding direction in the unconventional natural gas well fracturing process is favorably and deeply researched.

摘要：【中文】本发明保护一种水力压裂实验用基座，包括基座主体、转接弯头、拆卸柱、压裂接头、压裂钢管。基座主体提供流动通道给压裂液和固定装置的其他部分，转接弯头用于连接高压液体和基座主体，拆卸柱由左右两半通过螺栓连接组成，中心围成容压裂钢管穿过中通空腔。压裂钢管穿过拆卸柱，上端伸出用于与试样连接，下部设有压裂接头。压裂接头与基座主体连接，将流动通道与压裂钢管连通。本装置采用基座主体和采用拆卸柱相结合，拆卸柱在压裂过程中固定试样，在压裂之后，分离左右两半，进而将压裂钢管暴露，利用手钳即可分离压裂钢管与基座主体。该设计巧妙合理，可轻松将岩石试样拆卸下来，可实现无损操作，较好地保持试样的整体性，保证裂缝的原位形态。 【EN】The invention provides a base for a hydraulic fracturing experiment, which comprises a base main body, a transfer elbow, a dismounting column, a fracturing joint and a fracturing steel pipe. The base main part provides flow channel for fracturing fluid and other parts of fixing device, and adapter bend is used for connecting high-pressure liquid and base main part, and the dismantlement post is connected by the bolt by the left and right halves and is constituteed, and the centre encloses into and holds the fracturing steel pipe and pass well logical cavity. The fracturing steel pipe penetrates through the disassembling column, the upper end of the fracturing steel pipe extends out to be connected with a sample, and a fracturing connector is arranged at the lower part of the fracturing steel pipe. The fracturing connector is connected with the base main body and communicates the flow channel with the fracturing steel pipe. This device adopts the base main part to combine together with the adoption dismantlement post, and the dismantlement post is at the fixed sample of fracturing in-process, and after the fracturing, two halves about the separation, and then expose the fracturing steel pipe, utilize the pliers can separate fracturing steel pipe and base main part. The design is ingenious and reasonable, the rock sample can be easily disassembled, nondestructive operation can be realized, the integrity of the sample is well kept, and the in-situ form of cracks is ensured.