摘要：【中文】本发明实施例公开了一种双舰垂直发射首发舰空导弹射击时机冲突消解方法，该方法包括S1、确定每一单舰垂直发射舰空导弹水平面射击区域，该单舰垂直发射舰空导弹水平面射击区域通过单舰垂直发射舰空导弹水平面发射区确定；S2、比较双舰间距值与双舰垂直发射舰空导弹水平面发射区远界值；S3、基于所设定的消解机制调整两个单舰垂直发射首发舰空导弹射击时间。本发明能在双舰垂直发射舰空导弹射击来袭空中目标情况下出现射击时机冲突时，确定双舰垂直发射首发舰空导弹射击目标时机以及次序，有效消除双舰垂直发射首发舰空导弹射击安全隐患，确保双舰垂直发射首发舰空导弹射击安全。 【EN】The embodiment of the invention discloses a method for clearing shooting opportunity conflicts of first-launched ship-air missiles with double-ship vertical launching, which comprises the steps of S1, determining a horizontal plane shooting area of each single-ship vertical-launching ship-air missile, wherein the horizontal plane shooting area of the single-ship vertical-launching ship-air missile is determined through a horizontal plane shooting area of the single-ship vertical-launching ship-air missile; s2, comparing the distance value between the two ships with the far-limit value of the horizontal plane launching area of the two-ship vertically launched ship-borne missile; and S3, adjusting the shooting time of the first ship air-borne missile vertically launched by the two single ships based on the set digestion mechanism. The invention can determine the shooting target time and sequence of the first ship air-borne missile vertically launched by the double ships when the shooting time conflicts occur under the condition that the double ships vertically launch the first ship air-borne missile to shoot the air target, thereby effectively eliminating the potential safety hazard of the first ship air-borne missile vertically launched by the double ships and ensuring the safe shooting of the first ship air-borne missile vertically launched by the double ships.

摘要：【中文】本发明实施例公开了一种基于舰艇编队舰空导弹水平面发射区划分的拦截目标方法，其包括：S1、确定当前舰艇编队队形的类型；S2、基于预设的舰空导弹水平面发射区划分策略，对当前的舰空导弹水平面发射区进行划分；S3、获取单个目标来袭时与划分后的舰空导弹协同水平面发射区对应的拦截目标参数；S4、基于所获得的参数拦截目标。本发明定量实现划分水面舰艇编队舰空导弹水平面发射区，为水面舰艇编队舰空导弹水平面发射区划分提供了定量方法依据即确定了编队多种队形条件下的舰空导弹水平面发射区、最大目标拦截次数和最大拦截目标弹耗量评估指标，为水面舰艇编队舰空导弹水平面发射区划分配置科学决策提供依据，而且简单方便。 【EN】The embodiment of the invention discloses an interception target method based on division of plane launching areas of naval vessel formation naval air missiles, which comprises the following steps: s1, determining the type of the current formation form of the naval vessel; s2, dividing the current ship-air missile horizontal plane launching zone based on a preset ship-air missile horizontal plane launching zone division strategy; s3, acquiring interception target parameters corresponding to the partitioned ship-air missile cooperative horizontal plane launching areas when a single target comes; and S4, intercepting the target based on the obtained parameters. The invention realizes the division of the plane surface vessel formation naval-aircraft missile horizontal plane launching areas in a quantitative manner, provides a quantitative method basis for the division of the plane surface vessel formation naval-aircraft missile horizontal plane launching areas, namely determines the naval-aircraft missile horizontal plane launching areas, the maximum target interception times and the maximum intercepted target missile consumption evaluation indexes under various formation conditions, provides a basis for scientific decision distribution of the plane surface vessel formation naval-aircraft missile horizontal plane launching areas, and is simple and convenient.

摘要：【中文】本发明公开了一种编队舰空导弹舰艇编成方法，包括：确定编队舰空导弹舰艇掩护舰艇位置；计算编队舰空导弹舰艇掩护U舰水平需求方位范围；编队舰空导弹编成中的舰空导弹武器分类；确定舰空导弹舰艇水平火力圆、编队舰空导弹舰艇编成。本发明提出一种编队舰空导弹舰艇编成方法，可考虑编队舰空导弹舰艇掩护单舰水平需求方位范围因素，以及近程舰空导弹、中程舰空导弹、远程舰空导弹和舰空导弹舰艇水平火力圆因素，实现确定近程舰空导弹舰艇数量及相对掩护单舰配置位置、中程舰空导弹舰艇数量及相对掩护单舰配置位置、远程舰空导弹舰艇数量及相对掩护单舰配置位置，为编队舰空导弹舰艇编成提供方法依据，而且简单方便。 【EN】The invention discloses a formation method of formation naval aircraft missile ships, which comprises the following steps: determining the shield naval vessel position of the formation naval aircraft missile naval vessel; calculating the horizontal required azimuth range of the shield U-shaped vessel of the formation naval aircraft missile naval vessel; classifying the air-vessel missile weapons in the formation of the formation air-vessel missiles; and determining the horizontal fire circle of the aircraft missile naval vessels, and forming the aircraft missile naval vessels. The invention provides a method for forming a formation naval missile naval vessel, which can consider the horizontal requirement azimuth range factor of the formation naval missile naval vessel for shielding a single vessel, and the horizontal fire circle factor of short-range naval missiles, medium-range naval missiles, remote naval missiles and naval missile naval vessels, realizes the determination of the number of the short-range naval missile naval vessels and the configuration position of the relative shielding single vessel, the number of the medium-range naval missile naval vessels and the configuration position of the relative shielding single vessel, and the number of the remote naval missile vessels and the configuration position of the relative shielding single vessel, provides a method basis for forming the formation of the formation naval missile naval vessels, and is simple and convenient.

摘要：【中文】本发明公开了一种水电分离即热式电热水器燃烧室，第一环形导引水管和第二环形导引水管分别连接在外壳的两端，发热条设置在外壳的内部中心位置，发热条的两端分别延伸出第一环形导引水管和第二环形导引水管的通孔外部，第一环形导引水管设置有进水管，第二环形导引水管设置有出水管。本发明有益效果：本发明水通过净化过滤器进入进水口，到环形导引水管流到外壳双层结构的缝隙，通过发热丝加热，把水加热，水又流到另一端的环形导引水管出水口出去，整个过程水电分离，加大加热的外壳内壁的面积，使得水加热速度快；水电分离，安全系数高，加热速度快，成本低，安装方便。 【EN】The invention discloses a water-electricity separation instant heating type electric water heater combustion chamber, wherein a first annular guide water pipe and a second annular guide water pipe are respectively connected to two ends of a shell, a heating strip is arranged at the inner central position of the shell, two ends of the heating strip respectively extend out of through holes of the first annular guide water pipe and the second annular guide water pipe, the first annular guide water pipe is provided with a water inlet pipe, and the second annular guide water pipe is provided with a water outlet pipe. The invention has the beneficial effects that: according to the invention, water enters the water inlet through the purification filter, flows to the gap of the double-layer structure of the shell through the annular guide water pipe, is heated through the heating wire, and flows to the water outlet of the annular guide water pipe at the other end to be discharged, and water and electricity are separated in the whole process, so that the area of the inner wall of the heated shell is enlarged, and the water heating speed is high; water and electricity separation, factor of safety is high, and rate of heating is fast, and is with low costs, simple to operate.

摘要：【中文】本发明公开一种基于大数据的贷款风险控制方法及装置、设备、存储介质，其中方法包括如下步骤：获取贷款对象在银行的基础信息数据，基础信息数据包括贷款对象对应贷款账户的贷款数据和贷款对象除贷款账户以外的其他账户的补充数据；根据贷款数据中的每一笔贷款记录形成的实例样本数据生成样本识别码；基于样本识别码和补充数据进行多维度行为动作分析，生成实例样本数据对应的动作识别码；基于动作识别码识别实例样本数据的疑似结果，并将疑似结果存入对应的数据库中。采用本发明，通过大数据多维分析技术，可以自动缩小大范围无目的查证，提高风险监管的效率和准确性。 【EN】The invention discloses a loan risk control method based on big data, a loan risk control device based on big data, equipment and a storage medium, wherein the method comprises the following steps: obtaining basic information data of a loan object in a bank, wherein the basic information data comprises loan data of the loan object corresponding to a loan account and supplementary data of other accounts of the loan object except the loan account; generating a sample identification code according to example sample data formed by each loan record in the loan data; performing multi-dimensional behavior and action analysis based on the sample identification code and the supplementary data to generate an action identification code corresponding to example sample data; and identifying a suspected result of the sample data of the example based on the action identification code, and storing the suspected result into a corresponding database. By adopting the invention, large-scale non-purpose checking can be automatically reduced through a large-data multi-dimensional analysis technology, and the efficiency and accuracy of risk supervision are improved.

摘要：【中文】本发明实施例公开一种银行运营数据处理系统及方法、设备、存储介质，系统包括：用户终端和服务器；用户终端发送终端请求至服务器；服务器接收终端请求，并检测其是否符合请求标准；当检测的结果为是时，服务器提取终端请求对应的银行内部的运营数据，并将运营数据转化为非结构化文本；服务器对非结构化文本进行预处理，并将预处理后的非结构化文本发送至终端请求对应的用户终端，预处理包括提取和挖掘；用户终端在终端应用中将预处理后的非结构化文本拼接成对应的图表信息并输出展示。采用本发明，可以在手机终端中根据用户的需求随时随地生成各种报表并展示，有利于移动办公的施行，提高银行日常工作中流程规范。 【EN】The embodiment of the invention discloses a system, a method, equipment and a storage medium for processing bank operation data, wherein the system comprises the following components: a user terminal and a server; a user terminal sends a terminal request to a server; the server receives the terminal request and detects whether the terminal request meets the request standard; when the detection result is positive, the server extracts operation data in the bank corresponding to the terminal request, and converts the operation data into an unstructured text; the server preprocesses the unstructured text and sends the preprocessed unstructured text to a user terminal corresponding to a terminal request, wherein the preprocessing comprises extraction and mining; and the user terminal splices the preprocessed unstructured texts into corresponding chart information in the terminal application and outputs and displays the chart information. By adopting the invention, various reports can be generated and displayed in the mobile phone terminal at any time and any place according to the requirements of the user, thereby being beneficial to the implementation of mobile office work and improving the flow specification in the daily work of banks.

摘要：【中文】本发明公开一种银行运营系统、方法及服务器，其中系统包括：服务器和客户端；客户端发送登陆请求至服务器；服务器获取登陆请求后，基于与客户端加密方式相匹配的解密方式解密登陆请求携带的用户标识；服务器查找与用户标识相匹配的机构权限；服务器将机构权限对应的机构数据发送至客户端；客户端接收机构数据，并按照对应的预设展示形式展示机构数据。采用本发明，可以提供一套完善的银行内部运营系统，在实现随时随地移动办公的前提下，可以保证整体系统的安全性、提高系统的灵活性。 【EN】The invention discloses a bank operation system, a method and a server, wherein the system comprises: a server and a client; the client sends a login request to the server; after the server acquires the login request, the server decrypts the user identification carried by the login request based on a decryption mode matched with the client encryption mode; the server searches the authority matched with the user identification; the server sends the organization data corresponding to the organization authority to the client; and the client receives the mechanism data and displays the mechanism data according to the corresponding preset display form. The invention can provide a set of perfect internal operation system of the bank, and can ensure the safety of the whole system and improve the flexibility of the system on the premise of realizing mobile office at any time and any place.

摘要：【中文】本发明为一种光伏发电环境评估仪，属于机电测量装置技术领域。光伏板表面的清洁程度也是一个影响光伏发电效率的重要因素。光伏板表面很容易落尘积尘，降低发电效率，需要选择适当除尘的频度，才能降低光伏电站的运维费用，提升经济效益。光伏发电环境评估仪能测出运行光伏板发电输出功率损失因子k，找到适当的除尘频度。评估仪由MCU(单片机)系统组成，MCU系统包括晶振子模块、GSM发射子模块、OLED显示子模块、RS‑485收发器子模块、闪存子模块、实时钟子模块等电路。MCU系统还负责将损失因子k的数据发送到光伏电站的管理人员的手机上，及时提醒管理人员。 【EN】The invention discloses a photovoltaic power generation environment evaluator, and belongs to the technical field of electromechanical measuring devices. The degree of cleaning of the surface of the photovoltaic panel is also an important factor affecting the efficiency of photovoltaic power generation. The photovoltaic panel surface is very easy to fall dirt and dust, reduces the generating efficiency, needs to select the frequency of proper dust removal, just can reduce photovoltaic power plant's operation and maintenance cost, promotes economic benefits. The photovoltaic power generation environment assessment instrument can measure a power generation output power loss factor k of an operating photovoltaic panel and find out proper dust removal frequency. The evaluator is composed of an MCU (single chip microcomputer) system, and the MCU system comprises a crystal oscillator submodule, a GSM emission submodule, an OLED display submodule, an RS-485 transceiver submodule, a flash memory submodule, a real-time clock submodule and other circuits. The MCU system is also responsible for sending the data of the loss factor k to a mobile phone of a manager of the photovoltaic power station, and timely reminding the manager.

摘要：【中文】本发明公开了一种视频信号无缝低延时切换方法及系统，该方法主要为：第一FPGA接收模块收到视频输入信号切换指令后继续接收第一视频输入信号的最后一帧视频画面且将此缓存到DDR模块，随后将所述视频输入信号切换指令发送到MCU模块作为视频输入信号切换就绪指令，且此后一直输出所述第一视频输入信号的最后一帧视频画面直到第二视频输入信号就绪，MCU模块接收到所述视频输入信号切换就绪指令后，立即切换第二视频输入信号的视频画面到所述第一FPGA接收模块。所述系统由视频输入信号、FPGA发送模块、光切换矩阵模块、FPGA接收模块和终端显示设备组成。本方法及系统实现了视频信号的无缝、低延时传输，带来更好的用户体验。 【EN】The invention discloses a video signal seamless low-delay switching method and a system, wherein the method mainly comprises the following steps: the first FPGA receiving module continues to receive a last frame video picture of a first video input signal after receiving a video input signal switching instruction and caches the last frame video picture to the DDR module, then the video input signal switching instruction is sent to the MCU module to serve as a video input signal switching ready instruction, the last frame video picture of the first video input signal is output until a second video input signal is ready, and after the MCU module receives the video input signal switching ready instruction, the video picture of the second video input signal is immediately switched to the first FPGA receiving module. The system is composed of a video input signal, an FPGA sending module, an optical switching matrix module, an FPGA receiving module and a terminal display device. The method and the system realize seamless and low-delay transmission of the video signal and bring better user experience.

摘要：【中文】本发明涉及一种魔方形化妆品容器，包括依次连接的若干化妆盒，所述化妆盒包括盒盖、中套和底盒，所述中套固定于底盒内，所述盒盖一侧与底盒翻转连接，另一侧与底盒相互扣合，相邻两个化妆盒翻转连接且两者之间的翻转角度为0‑180°，相邻两个化妆盒底盒的底部之间通过连接件连接或者相邻两个化妆盒相互贴合的侧壁之间通过连接件连接。本发明可以像魔方一样变化各种形状，不仅赋予了产品的趣味性，而且可以变换成不同的排列方式以便于携带和收纳。 【EN】The invention relates to a magic cube-shaped cosmetic container which comprises a plurality of cosmetic boxes which are sequentially connected, wherein each cosmetic box comprises a box cover, a middle sleeve and a bottom box, the middle sleeve is fixed in the bottom box, one side of the box cover is connected with the bottom box in an overturning way, the other side of the box cover is buckled with the bottom box, two adjacent cosmetic boxes are connected in an overturning way, the overturning angle between the two adjacent cosmetic boxes is 0-180 degrees, the bottoms of the two adjacent cosmetic boxes are connected through a connecting piece, or the side walls of the two adjacent cosmetic boxes which are mutually attached are connected through a connecting piece. The invention can change various shapes like a magic cube, not only endows the product with interest, but also can be changed into different arrangement modes so as to be convenient for carrying and containing.