摘要：【中文】本发明公开一种平欧杂种榛高效栽植新方法，S1：选择移植耕地，S2：苗木处理：栽植前必须剪根处理、剪出白茬，S3：栽植方法：栽植前苗根最好蘸生根粉和保湿剂，栽植时在营养杯中装入三分之一的底土，然后把修剪好的苗木放入营养钵中，把苗根舒展开，再装入顶土按实后，将装好苗木的营养钵摆入事先选好的地块内，起垄开沟，将营养钵挨排放置在沟内，用土把营养杯埋严等步骤，本发明提高苗木栽植成活率，延长栽植季节，降低管理成本，确保单位产量最大化，解决了榛农年年补植，年年不活，年年缺苗的困惑，苗木定植后不用缓苗，直接生长，省工、省时，降低栽植和管理成本，提高经济效益。 【EN】The invention discloses a new method for efficiently planting hybrid hazelnuts in Pingyou, which comprises the following steps of S1: selecting a transplant cultivated land, S2: and (3) nursery stock treatment: before planting, root cutting treatment and white stubble cutting are needed, and S3: the planting method comprises the following steps: before planting, seedling roots are preferably dipped with rooting powder and a humectant, one third of bottom soil is filled into a nutrition cup, then trimmed seedlings are placed into a nutrition pot, the seedling roots are spread out, then top soil is filled to be solid, the nutrition pot filled with the seedlings is placed into a pre-selected land block, ridges and furrows are formed, the nutrition pot is placed in a ditch side by side, the nutrition cup is buried by soil, and the like.

摘要：【中文】一种基于效用函数的发电商竞价方法，该方法包括以下步骤：a、建立发电商报价变量函数；b、建立贝叶斯博弈模型，引入效用函数，计算在不同报价情况下发电商的收益效用函数；c、求解一阶最优条件，获得纳什均衡解即为发电商最优报价。本设计建立了引入效用函数的发电商最优竞价贝叶斯博弈模型，以发电商收益效用最大为目标，对模型进行了求解，以此提出了发电商最优竞价策略，可以在已知信息较少的情况下，为发电商参与市场交易提供有益参考，提高发电商竞价效率。 【EN】A utility function-based generator bidding method comprises the following steps: a. establishing a generator quotation variable function; b. establishing a Bayesian game model, introducing a utility function, and calculating the income utility function of a power generator under different quotation conditions; c. and solving the first-order optimal condition to obtain a Nash equilibrium solution, namely the optimal quotation of the power generator. The design establishes a power generator optimal bidding Bayesian game model introducing a utility function, solves the model by aiming at the maximum income utility of the power generator, provides a power generator optimal bidding strategy, can provide beneficial reference for the power generator to participate in market transaction under the condition of less known information, and improves the bidding efficiency of the power generator.

摘要：【中文】本发明公开了一种离合器摩擦片支撑片磨滑温度瞬态特性试验装置及方法，方法包括如下步骤：1）准备多个不同厚度的箔片，用一个箔片组装离合器摩擦片支撑片磨滑温度瞬态特性试验装置；2）调整温度测试装置和高能加温器的位置；3）设置高能加温器；4）启动同步触发装置；5）将温度测试装置和温度瞬态特性测试装置测试数据导出存储；6）重复步骤4）‑5）两次；7）用其他的箔片分别组装离合器摩擦片支撑片磨滑温度瞬态特性试验装置，分别重复2）‑6）；8）对试验数据进行数据处理，获得离合器摩擦片支撑片磨滑温度测试的温度瞬态特性。本发明结构简单，成本低，能获得离合器摩擦片支撑片磨滑温度瞬态特性，为离合器温度场测试奠定基础。 【EN】The invention discloses a device and a method for testing the transient temperature characteristic of the friction plate supporting sheet of a clutch, wherein the method comprises the following steps: 1) preparing a plurality of foils with different thicknesses, and assembling a friction plate supporting plate of the clutch with one foil to form a friction-sliding temperature transient characteristic testing device; 2) adjusting the positions of the temperature testing device and the high-energy warmer; 3) arranging a high-energy heater; 4) starting a synchronous trigger device; 5) exporting and storing test data of the temperature test device and the temperature transient characteristic test device; 6) repeating steps 4) -5) twice; 7) respectively assembling the friction plate supporting sheet sliding temperature transient characteristic test device of the clutch friction plate by using other foils, and respectively repeating the steps from 2 to 6); 8) and carrying out data processing on the test data to obtain the temperature transient characteristic of the friction plate supporting plate friction sliding temperature test of the clutch. The invention has simple structure and low cost, can obtain the transient temperature characteristic of the friction plate supporting plate of the clutch, and lays a foundation for the test of the temperature field of the clutch.

摘要：【中文】本发明实施例提供一种账户标识管理方法及设备，该方法包括：接收任一系统发送的账户标识请求，其中所述账户标识请求携带所述任一系统的设备信息；根据所述设备信息，确定所述任一系统的节点分配规则；根据所述节点分配规则确定集群节点，以使所述集群节点生成账户标识；根据所述任一系统的设备信息生成路由规则信息；将所述任一系统的账户标识和路由规则信息的对应关系，存储在所述集群节点的路由数据库中。由于是集群节点对各系统的账号标识的生成和管理，可以满足物联网大规模的系统同时接入的情况，提高账号标识的生成和管理高并发的能力，实现对物联网数量庞大的各种系统的账户标识的有效管理。 【EN】The embodiment of the invention provides an account identifier management method and device, wherein the method comprises the following steps: receiving an account identification request sent by any system, wherein the account identification request carries equipment information of any system; determining a node allocation rule of any system according to the equipment information; determining cluster nodes according to the node distribution rule so that the cluster nodes generate account identifications; generating routing rule information according to the equipment information of any system; and storing the corresponding relation between the account identification of any system and the routing rule information in a routing database of the cluster node. Because the cluster node generates and manages the account identification of each system, the condition of simultaneous access of large-scale systems of the Internet of things can be met, the high concurrency capability of the generation and management of the account identification is improved, and the effective management of the account identification of various systems with large quantity of the Internet of things is realized.

摘要：【中文】本发明公开了一种铬铁酸溶制备三价铬盐的方法，包括：将铬铁研磨为铬铁粉，将铬铁粉加入反应罐中并加入稀硫酸，加热反应，反应一段时间后加入一定量的铬铁粉反应至pH为1.5～2.5，反应完成后，过滤，滤液为铬铁酸溶母液；将铬铁酸溶母液中加入一定量的草酸，常温放置，过滤，得到初次处理的除铁酸溶母液；再将除铁滤液进行浓缩后，加入一定量的磷酸钠溶液；加热搅拌，过滤，得到磷酸铬滤饼；对磷酸铬中加入酸，加热反应，蒸发浓缩，降温结晶，析出三价铬盐晶体；或者对磷酸铬中加入氢氧化钠溶液，得到氢氧化铬，煅烧得到三氧化二铬。本发明通过硫酸对铬铁进行酸溶，后续进行除杂处理，将避免在传统铬盐过程中产生大量的芒硝、酸渣、铬渣等。 【EN】The invention discloses a method for preparing trivalent chromium salt by dissolving ferrochrome in acid, which comprises the following steps: grinding ferrochrome into ferrochrome powder, adding the ferrochrome powder into a reaction tank, adding dilute sulfuric acid, heating for reaction, adding a certain amount of ferrochrome powder after reacting for a period of time, reacting until the pH value is 1.5-2.5, and filtering after the reaction is finished, wherein the filtrate is ferrochrome acid-soluble mother liquor; adding a certain amount of oxalic acid into the ferrochrome acid-soluble mother liquor, standing at normal temperature, and filtering to obtain iron-removed acid-soluble mother liquor subjected to primary treatment; concentrating the iron-removed filtrate, and adding a certain amount of sodium phosphate solution; heating, stirring and filtering to obtain a chromium phosphate filter cake; adding acid into chromium phosphate, heating for reaction, evaporating for concentration, cooling for crystallization, and separating out trivalent chromium salt crystals; or adding sodium hydroxide solution into the chromium phosphate to obtain chromium hydroxide, and calcining to obtain chromium sesquioxide. The invention carries out acid dissolution on the ferrochromium by sulfuric acid, and then carries out impurity removal treatment, thereby avoiding generating a large amount of mirabilite, acid sludge, chromium sludge and the like in the traditional chromium salt process.

摘要：【中文】本发明公开了一种发送在线计费请求的方法、装置、设备及介质，应用于通信技术领域，用以解决在线计费请求集中上报导致的在线计费失败问题。具体为：在线计费系统接收在线计费请求；获取在线计费请求的时间周期作为客户端下一次发送在线计费请求的发送周期并携带在在线计费响应中返回至客户端，其中，在设定时间范围内接收到多个在线计费请求中至少有两个在线计费请求的时间周期不同；客户端按照在线计费响应携带的发送周期发送在线计费请求。在获取在线计费请求的时间周期时，通过使设定时间范围内接收到的多个在线计费请求中的至少两个在线计费请求的时间周期不同，实现了发送周期的离散化处理，避免了集中上报导致的在线计费失败的问题。 【EN】The invention discloses a method, a device, equipment and a medium for sending an online charging request, which are applied to the technical field of communication and used for solving the problem of online charging failure caused by centralized reporting of the online charging request. The method specifically comprises the following steps: the online charging system receives an online charging request; acquiring the time period of the online charging request as the sending period of the next online charging request sent by the client and carrying the sending period in the online charging response to return to the client, wherein the time periods of at least two online charging requests in the plurality of online charging requests received in the set time range are different; and the client sends the online charging request according to the sending period carried by the online charging response. When the time period of the online charging request is obtained, the time periods of at least two online charging requests in the plurality of online charging requests received in the set time range are different, so that discretization processing of the sending period is realized, and the problem of online charging failure caused by centralized reporting is avoided.

摘要：【中文】本申请公开了一种在线计费漫游故障定位方法及相关装置、存储介质，涉及信息处理技术领域，用以对在线计费漫游故障定位。该方法中，用户在使用漫游在线计费业务时，故障定位装置接收漫游地和归属地的生产节点发送的抓包数据，通过预先配置的能够兼容各种用于在线计费的接口协议的功能，对抓包数据进行协议解析，得到抓包数据中包括的属于同一会话的会话信息。按照预设的异常分析规则，对所述会话信息进行分析，确定是否存在在线计费漫游故障。将确定出异常的会话信息及其对应的异常类型，对应记录在对应的异常信息记录表中。 【EN】The application discloses a method for positioning online charging roaming fault, a related device and a storage medium, relates to the technical field of information processing, and is used for positioning the online charging roaming fault. In the method, when a user uses a roaming online charging service, a fault positioning device receives packet capturing data sent by production nodes of a roaming place and a home place, and performs protocol analysis on the packet capturing data through a function which is configured in advance and can be compatible with various interface protocols for online charging to obtain session information which belongs to the same session and is included in the packet capturing data. And analyzing the session information according to a preset abnormal analysis rule to determine whether an online charging roaming fault exists. And correspondingly recording the determined abnormal session information and the corresponding abnormal type thereof in a corresponding abnormal information recording table.

摘要：【中文】本发明涉及牲畜防疫领域，具体涉及一种母牛专用子宫卵巢多部位精确给药与人工授精装置，包括：外导管、导丝套、导丝、动力输送结构、药剂供给结构、药剂管、螺旋挤压结构、自吸式吹气头。本发明的母牛专用子宫卵巢多部位精确给药与人工授精装置，根据母牛输卵管在子宫两侧向后下侧左右对称圆弧弯曲的结构特性，采用具有记忆弯曲特性的导丝伸入至母牛输卵管顶端尖端位置。外导管内部设计有吹气腔结构，吹气腔结构通过在前端端口快速喷出气体将药剂和精液吹送至子宫内部更远的区域范围，增加了治疗范围与受孕概率。操作简单，方便实用。 【EN】The invention relates to the field of livestock epidemic prevention, in particular to a special device for precise administration and artificial insemination of multiple parts of uterus ovaries of cows, which comprises: the device comprises an outer catheter, a guide wire sleeve, a guide wire, a power conveying structure, a medicament supply structure, a medicament pipe, a spiral extrusion structure and a self-suction blowing head. The invention relates to a multi-part accurate administration and artificial insemination device for a special uterus ovary of a cow, which adopts a guide wire with a memory bending characteristic to stretch into the tip position of the top end of the oviduct of the cow according to the structural characteristic that the oviduct of the cow is bent in a bilateral symmetry arc at the rear lower side at the two sides of the uterus. The inner part of the outer catheter is provided with an air blowing cavity structure, and the air blowing cavity structure blows the medicament and semen to a farther area range in the uterus through quickly spraying air from the front end port, so that the treatment range and the conception probability are increased. The operation is simple, convenient and practical.

摘要：【中文】一种煤岩组分自动识别方法，该方法包括：1)图像采集；2)灰度累积频率曲线的获取；3)灰度累积频率曲线的处理以及区域划分；4)显微组分的进一步细分。该方法对反射色和形态参数进行定量处理，并建立合理的、合乎逻辑的识别模式，极大提高的煤岩显微组分识别的精度，识别的速度也有明显的提高。这对实现煤岩显微组分智能化识别、降低测试主观影响、提高不同实验室的可对比度、提高测试效率均有显著的积极影响。 【EN】A coal rock component automatic identification method comprises the following steps: 1) collecting an image; 2) acquiring a gray scale accumulation frequency curve; 3) processing a gray scale accumulation frequency curve and dividing regions; 4) further subdivision of the microscopic components. The method carries out quantitative processing on the reflected color and morphological parameters, establishes a reasonable and logical identification mode, greatly improves the accuracy of coal rock micro-component identification, and obviously improves the identification speed. The method has significant positive effects on realizing intelligent identification of the coal rock micro-components, reducing subjective influence of testing, improving contrast of different laboratories and improving testing efficiency.

摘要：【中文】本发明公开了一种用于对显微组分进行自动识别的方法及系统，其中方法包括：获取与待识别的目标对象相关联的经过初始化处理的图像数据，并确定所述图像数据所包括的像素点数量；生成所述图像数据的灰度直方图并确定所述图像数据的灰度直方图的多个极小值点；按照数据值的升序顺序对所述多个极小值点进行排序以生成极小值点序列；将多个极小值点中任意两个相邻的极小值点之间的区域确定为所述图像数据的待识别区域，从而获得多个待识别区域；确定所述图像数据的多个待识别区域中每个待识别区域的镜质组的含量、壳质组的含量以及惰质组的含量。 【EN】The invention discloses a method and a system for automatically identifying microscopic components, wherein the method comprises the following steps: acquiring initialized image data associated with a target object to be identified, and determining the number of pixel points included in the image data; generating a gray level histogram of the image data and determining a plurality of minimum value points of the gray level histogram of the image data; sequencing the minimum value points according to the ascending sequence of the data values to generate a minimum value point sequence; determining a region between any two adjacent minimum value points in the plurality of minimum value points as a region to be identified of the image data, thereby obtaining a plurality of regions to be identified; and determining the content of a specular component, the content of a chitin component and the content of a passive component of each to-be-identified area in the plurality of to-be-identified areas of the image data.